Downloads

Download LS-DYNA for UNIX/Linux/Solaris

Table of Contents

Previous versions of LS-DYNA may be obtained directly from the LSTC ftp site.

To download other LSTC software products, return to the main LSTC Download Page

General Information

LS-DYNA runs in parallel on all available platforms, using two fundamentally different methods:
  • Shared Memory Parallel (SMP)
    Information is communicated between processors using sharing memory.
  • Message Passing Interface (MPI)
    Information is communicated using industry standard network-based MPI protocols.
There are different executables for LS-DYNA, depending on whether SMP or MPI is used. In addition, there are two different executable depending on whether floating point calculations are performed in single precision or in double precision. For example, LS-DYNA Version 971, Revision 5.1 executables are named as follows:

PARALLEL PRECISION NAME
smp single ls971_s_R5_1_. . . .
smp double ls971_d_R5_1_. . . .
mpi single mpp971_s_R5_1_. . . .
mpi double mpp971_d_R5_1_. . . .

SMP executables can run on most systems without additional system software. So there are generally two SMP executables for a given hardware/OS combination. A downloadable file such as ls971_s_R5_1_0_amd64_redhat46.gz is a gzip archive containing a single executable:

  1. ls971_s_R5_1_0_amd64_redhat46

MPI executables require the presence of an installed MPI subsystem. There are single and double precision versions of LS-DYNA for each supported MPI subsystem. A downloadable file such as mpp971_s_R5.1_64536_PGI_linux86-64_OpenMPI-141.tar.gz is a gzipped tar archive containing two files:

  1. mpp971_s_R5.1_64536_PGI_linux86-64_OpenMPI-141
  2. mpp971_s_R5.1_64536_PGI_linux86-64_OpenMPI-141.l2a

Other options may further increase the number of available archives.

SMP LS-DYNA R10.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R10.1.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r1010_x64_redhat5_ifort160.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r1010_x64_redhat5_ifort160.gz IG
LINUX AVX2 RedHat 5+ (ifort) single ls-dyna_smp_s_r1010_x64_avx2_redhat65_ifort160.gz IG,MC
LINUX AVX2 RedHat 5+ (ifort) double ls-dyna_smp_d_r1010_x64_avx2_redhat65_ifort160.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r1010_x64_suse11_pgi165.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r1010_x64_suse11_pgi165.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R101_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R101_winx64_ifort131.zip
WINDOWS AVX2 Microsoft Windows x64 single ls-dyna_smp_s_R101_winx64_avx2_ifort131.zip MC
WINDOWS AVX2 Microsoft Windows x64 double ls-dyna_smp_d_R101_winx64_avx2_ifort131.zip

MPP LS-DYNA R10.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
HARDWARE OS MPI SNG/DBL ARCHIVE
IA64 SuSE 10.2 Platform MPI single mpp1010s_mpp_ia64_suse102_ifort101_platformmpi
--- --- Platform MPI double mpp1010d_mpp_ia64_suse102_ifort101_platformmpi
IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5 single mpp1010s_mpp_ia64_suse102_ifort101_altixpp5
--- --- SGI ProPack 5 double mpp1010d_mpp_ia64_suse102_ifort101_altixpp5
X64 avx CRAY CLE5.1 Craympi 732 single (available through usermat, contact support)
--- avx --- hybrid single (available through usermat, contact support)
X64 avx CRAY CLE5.1 Craympi 732 double (available through usermat, contact support)
--- avx --- hybrid double (available through usermat, contact support)
X64 avx2 RedHat Ent Srv 5.4 FJ MPI single mpp1000s_mpp_x64_centos65_ifort160_avx2_fjmpi_ompi
--- avx2 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx2_fjmpi_ompi_sharelib
--- avx2 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx2_fjmpi_ompi
--- avx2 --- hybrid share single mpp1000s_hyb_x64_centos65_ifort160_avx2_fjmpi_ompi_sharelib
X64 avx2 RedHat Ent Srv 5.4 FJ MPI double mpp1000d_mpp_x64_centos65_ifort160_avx2_fjmpi_ompi
--- avx2 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx2_fjmpi_ompi_sharelib
--- avx2 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx2_fjmpi_ompi
--- avx2 --- hybrid share double mpp1000d_hyb_x64_centos65_ifort160_avx2_fjmpi_ompi_sharelib
X64 avx2 ALTIX 2.6 SGI MPT 2.15 single mpp1000s_mpp_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- hybrid single mpp1000s_hyb_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- share single mpp1000s_mpp_x64_suse111_ifort160_avx2_sgimpt215_sharelib
X64 avx2 ALTIX 2.6 SGI MPT 2.15 double mpp1000d_mpp_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- hybrid double mpp1000d_hyb_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- share double mpp1000d_mpp_x64_suse111_ifort160_avx2_sgimpt215_sharelib
X64 avx2 RedHat Ent Srv 5.4 Intel MPI-413 single mpp1000s_mpp_x64_centos65_ifort160_avx2_intelmpi-413
--- avx2 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx2_intelmpi-413
--- avx2 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx2_intelmpi-413_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx2_intelmpi-413_sharelib
X64 avx2 RedHat Ent Srv 5.4 Intel MPI-413 double mpp1000d_mpp_x64_centos65_ifort160_avx2_intelmpi-413
--- avx2 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx2_intelmpi-413
--- avx2 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx2_intelmpi-413_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx2_intelmpi-413_sharelib
X64 avx2 RedHat Ent Srv 5.4 Mpich313 single mpp1000s_mpp_x64_centos65_ifort160_avx2_mpich313
--- avx2 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx2_mpich313
--- avx2 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx2_mpich313_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx2_mpich313_sharelib
X64 avx2 RedHat Ent Srv 5.4 Mpich313 double mpp1000d_mpp_x64_centos65_ifort160_avx2_mpich313
--- avx2 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx2_mpich313
--- avx2 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx2_mpich313_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx2_mpich313_sharelib
X64 avx2 RedHat Ent Srv 5.4 Openmpi single mpp1000s_mpp_x64_centos65_ifort160_avx2_openmpi1.10.7
--- avx2 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx2_openmpi1.10.7
--- avx2 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx2_openmpi1.10.7_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx2_openmpi1.10.7_sharelib
X64 avx2 RedHat Ent Srv 5.4 Openmpi double mpp1000d_mpp_x64_centos65_ifort160_avx2_openmpi1.10.7
--- avx2 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx2_openmpi1.10.7
--- avx2 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx2_openmpi1.10.7_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx2_openmpi1.10.7_sharelib
X64 avx2 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_centos65_ifort160_avx2_platformmpi
--- avx2 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx2_platformmpi
--- avx2 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx2_platformmpi_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx2_platformmpi_sharelib
--- avx2 --- vecumat share single mpp1000s_mpp_x64_centos65_ifort160_avx2_platformmpi_vecumat_sharelib
--- avx2 --- hyb vecumat share single mpp1000s_hyb_x64_centos65_ifort160_avx2_platformmpi_vecumat_sharelib
X64 avx2 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_centos65_ifort160_avx2_platformmpi
--- avx2 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx2_platformmpi
--- avx2 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx2_platformmpi_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx2_platformmpi_sharelib
--- avx2 --- vecumat share double mpp1000d_mpp_x64_centos65_ifort160_avx2_platformmpi_vecumat_sharelib
--- avx2 --- hyb vecumat share double mpp1000d_hyb_x64_centos65_ifort160_avx2_platformmpi_vecumat_sharelib
X64 avx512 RedHat Ent Srv 5.4 FJ OpenMPI single mpp1000s_mpp_x64_centos65_ifort160_avx512_fjmpi_ompi
--- avx512 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx512_fjmpi_ompi
--- avx512 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx512_fjmpi_ompi_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx512_fjmpi_ompi_sharelib
X64 avx512 RedHat Ent Srv 5.4 FJ OpenMPI double mpp1000d_mpp_x64_centos65_ifort160_avx512_fjmpi_ompi
--- avx512 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx512_fjmpi_ompi
--- avx512 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx512_fjmpi_ompi_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx512_fjmpi_ompi_sharelib
X64 avx512 RedHat Ent Srv 5.4 Intel MPI 413 single mpp1000s_mpp_x64_centos65_ifort160_avx512_intelmpi-413
--- avx512 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx512_intelmpi-413
--- avx512 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx512_intelmpi-413_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx512_intelmpi-413_sharelib
X64 avx512 RedHat Ent Srv 5.4 Intel MPI 413 double mpp1000d_mpp_x64_centos65_ifort160_avx512_intelmpi-413
--- avx512 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx512_intelmpi-413
--- avx512 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx512_intelmpi-413_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx512_intelmpi-413_sharelib
X64 avx512 RedHat Ent Srv 5.4 Mpich 313 single mpp1000s_mpp_x64_centos65_ifort160_avx512_mpich313
--- avx512 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx512_mpich313
--- avx512 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx512_mpich313_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx512_mpich313_sharelib
X64 avx512 RedHat Ent Srv 5.4 Mpich 313 double mpp1000d_mpp_x64_centos65_ifort160_avx512_mpich313
--- avx512 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx512_mpich313
--- avx512 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx512_mpich313_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx512_mpich313_sharelib
X64 avx512 RedHat Ent Srv 5.4 Open MPI single mpp1000s_mpp_x64_centos65_ifort160_avx512_openmpi1.10.7
--- avx512 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx512_openmpi1.10.7
--- avx512 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx512_openmpi1.10.7_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx512_openmpi1.10.7_sharelib
X64 avx512 RedHat Ent Srv 5.4 Open MPI double mpp1000d_mpp_x64_centos65_ifort160_avx512_openmpi1.10.7
--- avx512 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx512_openmpi1.10.7
--- avx512 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx512_openmpi1.10.7_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx512_openmpi1.10.7_sharelib
X64 avx512 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_centos65_ifort160_avx512_platformmpi
--- avx512 --- hybrid single mpp1000s_hyb_x64_centos65_ifort160_avx512_platformmpi
--- avx512 --- share single mpp1000s_mpp_x64_centos65_ifort160_avx512_platformmpi_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_centos65_ifort160_avx512_platformmpi_sharelib
--- avx512 --- vecumat share single mpp1000s_mpp_x64_centos65_ifort160_avx512_platformmpi_vecumat_sharelib
X64 avx512 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_centos65_ifort160_avx512_platformmpi
--- avx512 --- hybrid double mpp1000d_hyb_x64_centos65_ifort160_avx512_platformmpi
--- avx512 --- share double mpp1000d_mpp_x64_centos65_ifort160_avx512_platformmpi_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_centos65_ifort160_avx512_platformmpi_sharelib
--- avx512 --- vecumat share double mpp1000d_mpp_x64_centos65_ifort160_avx512_platformmpi_vecumat_sharelib
X64 sse2 ALTIX 2.6.32.13-0.42 SGI MPT 2.15 single mpp1000s_mpp_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- hybrid single mpp1000s_hyb_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- sharelib single mpp1000s_mpp_x64_suse111_ifort160_sse2_sgimpt215_sharelib
X64 sse2 ALTIX 2.6.32.13-0.42 SGI MPT 2.15 double mpp1000d_mpp_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- hybrid double mpp1000d_hyb_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- sharelib double mpp1000d_mpp_x64_suse111_ifort160_sse2_sgimpt215_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJ OpenMPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- sharelib single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJ OpenMPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- sharelib double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- vecumat share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
--- sse2 --- hyb vecumat share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
X64 sse2 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- vecumat share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
--- sse2 --- hyb vecumat share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJMPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJMPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 Intel MPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
X64 sse2 RedHat Ent Srv 5.4 Intel MPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
X64 sse2 RedHat Ent Srv 5.4 Mpich313 single mpp1000s_mpp_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_mpich313_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_mpich313_sharelib
X64 sse2 RedHat Ent Srv 5.4 Mpich313 double mpp1000d_mpp_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_mpich313_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_mpich313_sharelib
X64 sse2 RedHat Ent Srv 5.4 OpenMPI1.10.7 single mpp1000s_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
X64 sse2 RedHat Ent Srv 5.4 OpenMPI1.10.7 double mpp1000d_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hybrid double mpp1000d_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7
X64 sse2 SuSE 10.2 Platform MPI single mpp1000s_mpp_x64_suse102_pgi165_sse2_platformmpi
--- sse2 SuSE 10.2 hybrid single mpp1000s_hyb_x64_suse102_pgi165_sse2_platformmpi
X64 sse2 SuSE 10.2 Platform MPI double mpp1000d_mpp_x64_suse102_pgi165_sse2_platformmpi
--- sse2 SuSE 10.2 hybrid double mpp1000d_hyb_x64_suse102_pgi165_sse2_platformmpi
WIN X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R101_winx64_ifort131_anlmpi.zip
WIN X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R101_winx64_ifort131_anlmpi.zip
WIN X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R101_winx64_ifort131_pmpi.zip
WIN X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R101_winx64_ifort131_pmpi.zip
WIN X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R101_winx64_ifort131_impi.zip
WIN X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R101_winx64_ifort131_impi.zip
WIN X64 Windows 64 MS API single ls-dyna_mpp_s_R101_winx64_ifort131_msmpi.zip
WIN X64 Windows 64 MS API double ls-dyna_mpp_d_R101_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R10.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R9.0.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r1000_x64_redhat59_ifort160.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r1000_x64_redhat59_ifort160.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r1000_x64_suse11_pgi165.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r1000_x64_suse11_pgi165.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R10.0_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R10.0_winx64_ifort131.zip

MPP LS-DYNA R10.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER8 RHEL7 OpenMPI 1.10.3 single mpp1000s_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
--- --- hybrid single mpp1000s_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
IBM POWER8 RHEL7 OpenMPI 1.10.3 double mpp1000d_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
--- --- hybrid double mpp1000d_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
IA64 SuSE 10.2 Platform MPI single mpp1000s_mpp_ia64_suse102_ifort101_platformmpi
--- --- Platform MPI double mpp1000d_mpp_ia64_suse102_ifort101_platformmpi
IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5 single mpp1000s_mpp_ia64_suse102_ifort101_altixpp5
--- --- SGI ProPack 5 double mpp1000d_mpp_ia64_suse102_ifort101_altixpp5
X64 avx CRAY CLE5.1 Craympi 620 single (available through usermat, contact support)
--- avx --- hybrid single (available through usermat, contact support)
X64 avx CRAY CLE5.1 Craympi 620 double (available through usermat, contact support)
--- avx --- hybrid double (available through usermat, contact support)
X64 avx2 RedHat Ent Srv 5.4 FJ MPI single mpp1000s_mpp_x64_redhat54_ifort160_avx2_fjmpi_ompi
--- avx2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_fjmpi_ompi_sharelib
--- avx2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx2_fjmpi_ompi
--- avx2 --- hybrid share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_fjmpi_ompi_sharelib
X64 avx2 RedHat Ent Srv 5.4 FJ MPI double mpp1000d_mpp_x64_redhat54_ifort160_avx2_fjmpi_ompi
--- avx2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_fjmpi_ompi_sharelib
--- avx2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx2_fjmpi_ompi
--- avx2 --- hybrid share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_fjmpi_ompi_sharelib
X64 avx2 ALTIX 2.6 SGI MPT 2.15 single mpp1000s_mpp_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- hybrid single mpp1000s_hyb_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- share single mpp1000s_mpp_x64_suse111_ifort160_avx2_sgimpt215_sharelib
X64 avx2 ALTIX 2.6 SGI MPT 2.15 double mpp1000d_mpp_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- hybrid double mpp1000d_hyb_x64_suse111_ifort160_avx2_sgimpt215
--- avx2 --- share double mpp1000d_mpp_x64_suse111_ifort160_avx2_sgimpt215_sharelib
X64 avx2 RedHat Ent Srv 5.4 Intel MPI-413 single mpp1000s_mpp_x64_redhat54_ifort160_avx2_intelmpi-413
--- avx2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx2_intelmpi-413
--- avx2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_intelmpi-413_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_intelmpi-413_sharelib
X64 avx2 RedHat Ent Srv 5.4 Intel MPI-413 double mpp1000d_mpp_x64_redhat54_ifort160_avx2_intelmpi-413
--- avx2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx2_intelmpi-413
--- avx2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_intelmpi-413_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_intelmpi-413_sharelib
X64 avx2 RedHat Ent Srv 5.4 Mpich313 single mpp1000s_mpp_x64_redhat54_ifort160_avx2_mpich313
--- avx2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx2_mpich313
--- avx2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_mpich313_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_mpich313_sharelib
X64 avx2 RedHat Ent Srv 5.4 Mpich313 double mpp1000d_mpp_x64_redhat54_ifort160_avx2_mpich313
--- avx2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx2_mpich313
--- avx2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_mpich313_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_mpich313_sharelib
X64 avx2 RedHat Ent Srv 5.4 Openmpi single mpp1000s_mpp_x64_redhat54_ifort160_avx2_openmpi1.10.7
--- avx2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx2_openmpi1.10.7
--- avx2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_openmpi1.10.7_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_openmpi1.10.7_sharelib
X64 avx2 RedHat Ent Srv 5.4 Openmpi double mpp1000d_mpp_x64_redhat54_ifort160_avx2_openmpi1.10.7
--- avx2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx2_openmpi1.10.7
--- avx2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_openmpi1.10.7_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_openmpi1.10.7_sharelib
X64 avx2 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_redhat54_ifort160_avx2_platformmpi
--- avx2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx2_platformmpi
--- avx2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_platformmpi_sharelib
--- avx2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_platformmpi_sharelib
--- avx2 --- vecumat share single mpp1000s_mpp_x64_redhat54_ifort160_avx2_platformmpi_vecumat_sharelib
--- avx2 --- hyb vecumat share single mpp1000s_hyb_x64_redhat54_ifort160_avx2_platformmpi_vecumat_sharelib
X64 avx2 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_redhat54_ifort160_avx2_platformmpi
--- avx2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx2_platformmpi
--- avx2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_platformmpi_sharelib
--- avx2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_platformmpi_sharelib
--- avx2 --- vecumat share double mpp1000d_mpp_x64_redhat54_ifort160_avx2_platformmpi_vecumat_sharelib
--- avx2 --- hyb vecumat share double mpp1000d_hyb_x64_redhat54_ifort160_avx2_platformmpi_vecumat_sharelib
X64 avx512 RedHat Ent Srv 5.4 FJ OpenMPI single mpp1000s_mpp_x64_redhat54_ifort160_avx512_fjmpi_ompi
--- avx512 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx512_fjmpi_ompi
--- avx512 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx512_fjmpi_ompi_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx512_fjmpi_ompi_sharelib
X64 avx512 RedHat Ent Srv 5.4 FJ OpenMPI double mpp1000d_mpp_x64_redhat54_ifort160_avx512_fjmpi_ompi
--- avx512 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx512_fjmpi_ompi
--- avx512 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx512_fjmpi_ompi_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx512_fjmpi_ompi_sharelib
X64 avx512 RedHat Ent Srv 5.4 Intel MPI 413 single mpp1000s_mpp_x64_redhat54_ifort160_avx512_intelmpi-413
--- avx512 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx512_intelmpi-413
--- avx512 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx512_intelmpi-413_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx512_intelmpi-413_sharelib
X64 avx512 RedHat Ent Srv 5.4 Intel MPI 413 double mpp1000d_mpp_x64_redhat54_ifort160_avx512_intelmpi-413
--- avx512 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx512_intelmpi-413
--- avx512 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx512_intelmpi-413_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx512_intelmpi-413_sharelib
X64 avx512 RedHat Ent Srv 5.4 Mpich 313 single mpp1000s_mpp_x64_redhat54_ifort160_avx512_mpich313
--- avx512 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx512_mpich313
--- avx512 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx512_mpich313_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx512_mpich313_sharelib
X64 avx512 RedHat Ent Srv 5.4 Mpich 313 double mpp1000d_mpp_x64_redhat54_ifort160_avx512_mpich313
--- avx512 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx512_mpich313
--- avx512 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx512_mpich313_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx512_mpich313_sharelib
X64 avx512 RedHat Ent Srv 5.4 OpenMPI single mpp1000s_mpp_x64_redhat54_ifort160_avx512_openmpi1.10.7_sharelib
--- avx512 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx512_openmpi1.10.7_sharelib
X64 avx512 RedHat Ent Srv 5.4 OpenMPI double mpp1000d_mpp_x64_redhat54_ifort160_avx512_openmpi1.10.7_sharelib
--- avx512 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx512_openmpi1.10.7_sharelib
X64 avx512 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- share single mpp1000s_mpp_x64_redhat54_ifort160_avx512_platformmpi_sharelib
--- avx512 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_avx512_platformmpi_sharelib
--- avx512 --- vecumat share single mpp1000s_mpp_x64_redhat54_ifort160_avx512_platformmpi_vecumat_sharelib
X64 avx512 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- share double mpp1000d_mpp_x64_redhat54_ifort160_avx512_platformmpi_sharelib
--- avx512 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_avx512_platformmpi_sharelib
--- avx512 --- vecumat share double mpp1000d_mpp_x64_redhat54_ifort160_avx512_platformmpi_vecumat_sharelib
X64 sse2 ALTIX 2.6.32.13-0.42 SGI MPT 2.15 single mpp1000s_mpp_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- hybrid single mpp1000s_hyb_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- sharelib single mpp1000s_mpp_x64_suse111_ifort160_sse2_sgimpt215_sharelib
X64 sse2 ALTIX 2.6.32.13-0.42 SGI MPT 2.15 double mpp1000d_mpp_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- hybrid double mpp1000d_hyb_x64_suse111_ifort160_sse2_sgimpt215
--- sse2 --- sharelib double mpp1000d_mpp_x64_suse111_ifort160_sse2_sgimpt215_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJ OpenMPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- sharelib single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJ OpenMPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- sharelib double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 Platform MPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- vecumat share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
--- sse2 --- hyb vecumat share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
X64 sse2 RedHat Ent Srv 5.4 Platform MPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi_sharelib
--- sse2 --- vecumat share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
--- sse2 --- hyb vecumat share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_platformmpi_vecumat_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJMPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 FJMPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_fjmpi_ompi
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_fjmpi_ompi_sharelib
X64 sse2 RedHat Ent Srv 5.4 Intel MPI single mpp1000s_mpp_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
X64 sse2 RedHat Ent Srv 5.4 Intel MPI double mpp1000d_mpp_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_intelmpi-413
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_intelmpi-413_sharelib
X64 sse2 RedHat Ent Srv 5.4 Mpich313 single mpp1000s_mpp_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_mpich313_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_mpich313_sharelib
X64 sse2 RedHat Ent Srv 5.4 Mpich313 double mpp1000d_mpp_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- hybrid double mpp1000d_hyb_x64_redhat54_ifort160_sse2_mpich313
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_mpich313_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_mpich313_sharelib
X64 sse2 RedHat Ent Srv 5.4 OpenMPI1.10.7 single mpp1000s_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- hybrid single mpp1000s_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- share single mpp1000s_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hyb share single mpp1000s_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
X64 sse2 RedHat Ent Srv 5.4 OpenMPI1.10.7 double mpp1000d_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hybrid double mpp1000d_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7
--- sse2 --- share double mpp1000d_mpp_x64_redhat54_ifort160_sse2_openmpi1.10.7_sharelib
--- sse2 --- hyb share double mpp1000d_hyb_x64_redhat54_ifort160_sse2_openmpi1.10.7
X64 sse2 SuSE 10.2 Platform MPI single mpp1000s_mpp_x64_suse102_pgi165_sse2_platformmpi
--- sse2 SuSE 10.2 hybrid single mpp1000s_hyb_x64_suse102_pgi165_sse2_platformmpi
X64 sse2 SuSE 10.2 Platform MPI double mpp1000d_mpp_x64_suse102_pgi165_sse2_platformmpi
--- sse2 SuSE 10.2 hybrid double mpp1000d_hyb_x64_suse102_pgi165_sse2_platformmpi
WIN X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R10.0_winx64_ifort131_anlmpi.zip
WIN X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R10.0_winx64_ifort131_anlmpi.zip
WIN X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R10.0_winx64_ifort131_pmpi.zip
WIN X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R10.0_winx64_ifort131_pmpi.zip
WIN X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R10.0_winx64_ifort131_impi.zip
WIN X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R10.0_winx64_ifort131_impi.zip
WIN X64 Windows 64 MS API single ls-dyna_mpp_s_R10.0_winx64_ifort131_msmpi.zip
WIN X64 Windows 64 MS API double ls-dyna_mpp_d_R10.0_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R9.2.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R9.0.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r920_x64_redhat59_ifort160.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r920_x64_redhat59_ifort160.gz IG
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r920_x64_redhat59_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r920_x64_redhat59_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r920_x64_suse11_pgi165.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r920_x64_suse11_pgi165.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R920_winx64_ifort160.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R920_winx64_ifort160.zip
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R920_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R920_winx64_ifort131.zip

MPP LS-DYNA R9.2.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER8 RHEL7 OpenMPI 1.10.3 single mpp920s_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
--- --- hybrid single mpp920s_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
IBM POWER8 RHEL7 OpenMPI 1.10.3 double mpp920d_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
--- --- hybrid double mpp920d_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.3
LINUX IA64 SuSE 10.2 Platform MPI single mpp920s_mpp_ia64_suse102_ifort101_platformmpi
--- --- Platform MPI double mpp920d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 single mpp920s_mpp_ia64_suse102_ifort101_altixpp5
--- --- SGI ProPack 5-SGI500R3 double mpp920d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp920s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp920s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp920s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
--- sse --- hybrid sharelib single mpp920s_hyb_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp920d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp920d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp920d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
--- sse --- hybrid sharelib double mpp920d_hyb_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp920s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp920s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp920s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
--- avx --- hybrid sharelib single mpp920s_hyb_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp920d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp920d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp920d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
--- avx --- hybrid sharelib double mpp920d_hyb_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp920s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
--- sse --- FJ OpenMPI single mpp920s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp920d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
--- sse --- FJ OpenMPI double mpp920d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp920s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp920d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp920s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp920s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp920s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp920s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp920s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp920s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp920d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp920d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp920d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp920d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp920d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp920d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp920s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp920s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp920s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp920s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp920d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp920d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp920d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp920d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI single mpp920s_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid single mpp920s_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI double mpp920d_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid double mpp920d_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp920s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid single mpp920s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- sharelib single mpp920s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- hybrid sharelib single mpp920s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- Mpich313 single mpp920s_mpp_x64_redhat54_ifort131_sse2_mpich313
--- sse --- Mpich313 sharelib single mpp920s_mpp_x64_redhat54_ifort131_sse2_mpich313_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp920d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid double mpp920d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- sharelib double mpp920d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- hybrid sharelib double mpp920d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- Mpich313 double mpp920d_mpp_x64_redhat54_ifort131_sse2_mpich313
--- sse --- Mpich313 sharelib double mpp920d_mpp_x64_redhat54_ifort131_sse2_mpich313_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp920s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid single mpp920s_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp920d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid double mpp920d_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Mpich133 single mpp920s_mpp_x64_redhat54_ifort131_avx2_mpich313
--- avx --- sharelib single mpp920s_mpp_x64_redhat54_ifort131_avx2_mpich313_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Mpich133 double mpp920d_mpp_x64_redhat54_ifort131_avx2_mpich313
--- avx --- sharelib double mpp920d_mpp_x64_redhat54_ifort131_avx2_mpich313_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 single mpp920s_mpp_x64_redhat54_ifort131_sse2_openmpi183
--- sse --- sharelib single mpp920s_mpp_x64_redhat54_ifort131_sse2_openmpi183_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 double mpp920d_mpp_x64_redhat54_ifort131_sse2_openmpi183
--- sse --- sharelib double mpp920d_mpp_x64_redhat54_ifort131_sse2_openmpi183_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 single mpp920s_mpp_x64_redhat54_ifort131_avx2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 double mpp920d_mpp_x64_redhat54_ifort131_avx2_openmpi183
AMD 64 sse SuSE 10.2 Platform MPI single mpp920s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid single mpp920s_hyb_x64_suse102_pgi105_sse2_platformmpi
AMD 64 sse SuSE 10.2 Platform MPI double mpp920d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid double mpp920d_hyb_x64_suse102_pgi105_sse2_platformmpi
Apple X64 sse OSX 10.6 OpenMPI 183 single mpp920s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid single mpp920s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 183 double mpp920d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid double mpp920d_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
CRAY X86-64 avx CLE5.1 Craympi 620 single (available through usermat, contact support)
--- avx --- hybrid single (available through usermat, contact support)
CRAY X86-64 avx CLE5.1 Craympi 620 double (available through usermat, contact support)
--- avx --- hybrid double (available through usermat, contact support)
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_r920_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_r920_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_r920_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_r920_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_r920_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_r920_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_r920_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_r920_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R9.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R9.0.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r910_x64_redhat56_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r910_x64_redhat56_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r910_x64_suse11_pgi165.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r910_x64_suse11_pgi165.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R910_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R910_winx64_ifort131.zip

MPP LS-DYNA R9.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER8 RHEL7 OpenMPI 1.10.3 single mpp910s_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.4
--- --- hybrid single mpp910s_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.4
IBM POWER8 RHEL7 OpenMPI 1.10.3 double mpp910d_mpp_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.4
--- --- hybrid double mpp910d_hyb_ibmpwr8_RHEL7.2_xlf15.1.5_openmpi1.10.4
LINUX IA64 SuSE 10.2 Platform MPI single mpp910s_mpp_ia64_suse102_ifort101_platformmpi
--- --- Platform MPI double mpp910d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 single mpp910s_mpp_ia64_suse102_ifort101_altixpp5
--- --- SGI ProPack 5-SGI500R3 double mpp910d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp910s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp910s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp910s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
--- sse --- hybrid sharelib single mpp910s_hyb_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp910d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp910d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp910d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
--- sse --- hybrid sharelib double mpp910d_hyb_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp910s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp910s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp910s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
--- avx --- hybrid sharelib single mpp910s_hyb_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp910d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp910d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp910d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
--- avx --- hybrid sharelib double mpp910d_hyb_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp910s_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse --- FJ OpenMPI single mpp910s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp910d_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse --- FJ OpenMPI double mpp910d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp910s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
--- avx --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp910d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
--- avx --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp910s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp910s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp910s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp910s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp910s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp910s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp910d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp910d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp910d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp910d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp910d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp910d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp910s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp910s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp910s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp910s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp910d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp910d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp910d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp910d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI single mpp910s_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid single mpp910s_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI double mpp910d_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid double mpp910d_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp910s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid single mpp910s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- hybrid sharelib single mpp910s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- Mpich313 single mpp910s_mpp_x64_redhat54_ifort131_sse2_mpich313
--- sse --- Mpich313 sharelib single mpp910s_mpp_x64_redhat54_ifort131_sse2_mpich313_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp910d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid double mpp910d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- hybrid sharelib double mpp910d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413_sharelib
--- sse --- Mpich313 double mpp910d_mpp_x64_redhat54_ifort131_sse2_mpich313
--- sse --- Mpich313 sharelib double mpp910d_mpp_x64_redhat54_ifort131_sse2_mpich313_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp910s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid single mpp910s_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413_sharelib
--- avx --- hybrid sharelib single mpp910s_hyb_x64_redhat54_ifort131_avx2_intelmpi-413_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp910d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid double mpp910d_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413_sharelib
--- avx --- hybrid sharelib double mpp910d_hyb_x64_redhat54_ifort131_avx2_intelmpi-413_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Mpich133 single mpp910s_mpp_x64_redhat54_ifort131_avx2_mpich313
--- avx --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_avx2_mpich313_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Mpich133 double mpp910d_mpp_x64_redhat54_ifort131_avx2_mpich313
--- avx --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_avx2_mpich313_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 single mpp910s_mpp_x64_redhat54_ifort131_sse2_openmpi183
--- sse --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_sse2_openmpi183_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 double mpp910d_mpp_x64_redhat54_ifort131_sse2_openmpi183
--- sse --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_sse2_openmpi183_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 single mpp910s_mpp_x64_redhat54_ifort131_avx2_openmpi183
--- avx --- sharelib single mpp910s_mpp_x64_redhat54_ifort131_avx2_openmpi183_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 double mpp910d_mpp_x64_redhat54_ifort131_avx2_openmpi183
--- avx --- sharelib double mpp910d_mpp_x64_redhat54_ifort131_avx2_openmpi183_sharelib
AMD 64 sse SuSE 10.2 Platform MPI single mpp910s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid single mpp910s_hyb_x64_suse102_pgi105_sse2_platformmpi
AMD 64 sse SuSE 10.2 Platform MPI double mpp910d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid double mpp910d_hyb_x64_suse102_pgi105_sse2_platformmpi
Apple X64 sse OSX 10.6 OpenMPI 183 single mpp910s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid single mpp910s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 183 double mpp910d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid double mpp910d_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
CRAY X86-64 avx CLE5.1 Craympi 620 single (available through usermat, contact support)
--- avx --- hybrid single (available through usermat, contact support)
CRAY X86-64 avx CLE5.1 Craympi 620 double (available through usermat, contact support)
--- avx --- hybrid double (available through usermat, contact support)
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_r910_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_r910_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_r910_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_r910_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_r910_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_r910_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_r910_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_r910_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R9.0.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R9.0.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r901_x64_redhat56_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r901_x64_redhat56_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r901_x64_suse11_pgi134.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r901_x64_suse11_pgi134.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R901_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R901_winx64_ifort131.zip

MPP LS-DYNA R9.0.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER8 RHEL7 OpenMPI 1.10.3 single mpp901s_mpp_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3
--- --- hybrid single mpp901s_hyb_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3
--- --- sharelib single mpp901s_mpp_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3.usermat
--- --- hybrid sharelib single mpp901s_hyb_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3.usermat
IBM POWER8 RHEL7 OpenMPI 1.10.3 double mpp901d_mpp_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3
--- --- hybrid double mpp901d_hyb_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3
--- --- sharelib double mpp901d_mpp_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3.usermat
--- --- hybrid sharelib double mpp901d_hyb_ibmpwr8_RHEL7.2_xlf15.1.3_openmpi1.10.3.usermat
LINUX IA64 SuSE 10.2 Platform MPI single mpp901s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp901d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 single mpp901d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 double mpp901s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp901s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp901s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp901s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp901d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp901d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp901d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp901s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp901s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp901s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp901d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp901d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp901d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp901s_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI single mpp901s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp901d_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI double mpp901d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp901s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp901d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp901s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp901s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp901s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp901s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp901s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp901s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp901d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp901d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp901d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp901d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp901d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp901d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp901s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp901s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp901s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp901s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share single mpp901s_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share single mpp901s_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp901d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp901d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp901d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp901d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share double mpp901d_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share double mpp901d_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI single mpp901s_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid single mpp901s_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 avx512 RedHat Ent Srv 5.4 Platform MPI double mpp901d_mpp_x64_redhat54_ifort160_avx512_platformmpi
--- avx512 --- hybrid double mpp901d_hyb_x64_redhat54_ifort160_avx512_platformmpi
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp901s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid single mpp901s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- Mpich 313 single mpp901s_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp901d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid double mpp901d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- Mpich 313 double mpp901d_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp901s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid single mpp901s_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp901d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid double mpp901d_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 single mpp901s_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 double mpp901d_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 single mpp901s_mpp_x64_redhat54_ifort131_avx2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 double mpp901d_mpp_x64_redhat54_ifort131_avx2_openmpi183
AMD 64 sse SuSE 10.2 Platform MPI single mpp901s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid single mpp901s_hyb_x64_suse102_pgi105_sse2_platformmpi
AMD 64 sse SuSE 10.2 Platform MPI double mpp901d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid double mpp901d_hyb_x64_suse102_pgi105_sse2_platformmpi
Apple X64 sse OSX 10.6 OpenMPI 183 single mpp901s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid single mpp901s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 183 double mpp901d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid double mpp901d_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
CRAY X86-64 avx CLE5.1 Craympi 620 single (available through usermat, contact support)
--- avx --- hybrid single (available through usermat, contact support)
CRAY X86-64 avx CLE5.1 Craympi 620 double (available through usermat, contact support)
--- avx --- hybrid double (available through usermat, contact support)
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R901_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R901_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R901_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R901_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R901_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R901_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_R901_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_R901_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R8.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R8.1.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX IA64 SuSE 10.0 (ifort) single ls-dyna_smp_s_r810_ia64_suse10_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) double ls-dyna_smp_d_r810_ia64_suse10_ifort101.gz
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r810_x64_redhat511_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r810_x64_redhat511_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r810_x64_suse11_pgi134.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r810_x64_suse11_pgi134.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R810_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R810_winx64_ifort131.zip

MPP LS-DYNA R8.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
LINUX IA64 SuSE 10.2 Platform MPI single mpp810s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp810d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 single mpp810s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.32.13-0.4 SGI ProPack 5-SGI500R3 double mpp810d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp810s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp810s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp810s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp810d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp810d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp810d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp810s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp810s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp810s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp810d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp810d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp810d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- Mpich 313 single mpp810s_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_sse2_intelmpi-413
--- sse --- Mpich 313 double mpp810d_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
--- avx --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 single mpp810s_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 sse RedHat Ent Srv 5.4 Open MPI 183 double mpp810d_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 single mpp810s_mpp_x64_redhat54_ifort131_avx2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 Open MPI 183 double mpp810d_mpp_x64_redhat54_ifort131_avx2_openmpi183
AMD 64 sse SuSE 10.2 Platform MPI single mpp810s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid single mpp810s_hyb_x64_suse102_pgi105_sse2_platformmpi
AMD 64 sse SuSE 10.2 Platform MPI double mpp810d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- sse --- hybrid double mpp810d_hyb_x64_suse102_pgi105_sse2_platformmpi
Apple X64 sse OSX 10.6 OpenMPI 183 single mpp810s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid single mpp810s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 183 double mpp810d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- sse --- hybrid double mpp810d_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
CRAY X86-64 avx CLE5.1 Craympi 620 single lsdyna_mpp_s_exe_r81_XC_intel150_AVX_craympi732_CLE52.tgz
--- avx --- hybrid single lsdyna_hybrid_s_exe_r81_XC_intel150_AVX_craympi732_CLE52.tgz
CRAY X86-64 avx CLE5.1 Craympi 620 double lsdyna_mpp_d_exe_r81_XC_intel150_AVX_craympi732_CLE52.tgz
--- avx --- hybrid double lsdyna_hybrid_d_exe_r81_XC_intel150_AVX_craympi732_CLE52.tgz
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R810_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R810_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R810_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R810_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R810_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R810_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_R810_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_R810_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R8.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R8.0.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r8_0_0_x64_redhat59_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r8_0_0_x64_redhat59_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r8_0_0_x64_suse11_pgi134.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r8_0_0_x64_suse11_pgi134.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_r8_0_0_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_r8_0_0_winx64_ifort131.zip

MPP LS-DYNA R8.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  4. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  5. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  6. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp810s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp810d_mpp_ia64_suse102_ifort101_altixpp5
LINUX IA64 SuSE 10.2 Platform MPI single mpp810s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp810d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp810s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp810d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp810s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp810s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp810s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp810d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp810d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp810d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp810s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp810s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp810s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp810d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp810d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp810d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp810s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp810s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp810d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp810d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share single mpp810s_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share single mpp810s_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share double mpp810d_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share double mpp810d_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp810s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp810d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp810s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp810d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 MPICH 2-1.2.1 single mpp810s_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 sse RedHat Ent Srv 5.4 MPICH 2-1.2.1 double mpp810d_mpp_x64_redhat54_ifort131_sse2_mpich313
LINUX X64 avx RedHat Ent Srv 5.4 MPICH 2-1.2.1 single mpp810s_mpp_x64_redhat54_ifort131_avx2_mpich313
LINUX X64 avx RedHat Ent Srv 5.4 MPICH 2-1.2.1 double mpp810d_mpp_x64_redhat54_ifort131_avx2_mpich313
LINUX X64 sse RedHat Ent Srv 5.4 OpenMPI 1.6.5 single mpp810s_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 sse RedHat Ent Srv 5.4 OpenMPI 1.6.5 double mpp810d_mpp_x64_redhat54_ifort131_sse2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 OpenMPI 1.6.5 single mpp810s_mpp_x64_redhat54_ifort131_avx2_openmpi183
LINUX X64 avx RedHat Ent Srv 5.4 OpenMPI 1.6.5 double mpp810d_mpp_x64_redhat54_ifort131_avx2_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 1.8.3 single mpp810s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- --- hybrid single mpp810s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi183
Apple X64 sse OSX 10.6 OpenMPI 1.8.3 double mpp810d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi183
--- --- hybrid double mpp810d_hyb_x64_OSX_10.6_ifort131_ssse3_openmpi183
LINUX X64 SuSE 10.2 Platform MPI single mpp810s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid single mpp810s_hyb_x64_suse102_pgi105_sse2_platformmpi
LINUX X64 SuSE 10.2 Platform MPI double mpp810d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp810d_hyb_x64_suse102_pgi105_sse2_platformmpi
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_r8_0_0_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_r8_0_0_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_r8_0_0_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_r8_0_0_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_r8_0_0_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_r8_0_0_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_r8_0_0_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_r8_0_0_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R7.1.2

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R7.1.2.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r7_1_2_x64_redhat59_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r7_1_2_x64_redhat59_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r7_1_2_x64_suse11_pgi134.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r7_1_2_x64_suse11_pgi134.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_r7_1_2_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_r7_1_2_winx64_ifort131.zip

MPP LS-DYNA R7.1.2

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  4. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  5. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  6. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp712s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp712d_mpp_ia64_suse102_ifort101_altixpp5
LINUX IA64 SuSE 10.2 Platform MPI single mpp712s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp712d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp712s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp712d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp712s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp712s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp712s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp712d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp712d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp712d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp712s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp712s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp712s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp712d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp712d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp712d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI single mpp712s_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI single mpp712s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi.tar
LINUX X64 sse RedHat Ent Srv 5.4 FJ MPI double mpp712d_mpp_x64_redhat54_ifort131_sse2_fjmpi
--- sse RedHat Ent Srv 5.4 FJ OpenMPI double mpp712d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi.tar
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI single mpp712s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi.tar
LINUX X64 avx RedHat Ent Srv 5.4 FJ MPI double mpp712d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi.tar
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI single mpp712s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp712s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp712s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp712s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp712s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp712s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Platform MPI double mpp712d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp712d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp712d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp712d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp712d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp712d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI single mpp712s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp712s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp712s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp712s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share single mpp712s_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share single mpp712s_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx RedHat Ent Srv 5.4 Platform MPI double mpp712d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp712d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp712d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp712d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share double mpp712d_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share double mpp712d_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI single mpp712s_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 Intel MPI double mpp712d_mpp_x64_redhat54_ifort131_sse2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI single mpp712s_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 avx RedHat Ent Srv 5.4 Intel MPI double mpp712d_mpp_x64_redhat54_ifort131_avx2_intelmpi-413
LINUX X64 sse RedHat Ent Srv 5.4 MPICH 2-1.2.1 single mpp712s_mpp_x64_redhat54_ifort131_sse2_mpich2-121
LINUX X64 sse RedHat Ent Srv 5.4 MPICH 2-1.2.1 double mpp712d_mpp_x64_redhat54_ifort131_sse2_mpich2-121
LINUX X64 avx RedHat Ent Srv 5.4 MPICH 2-1.2.1 single mpp712s_mpp_x64_redhat54_ifort131_avx2_mpich2-121
LINUX X64 avx RedHat Ent Srv 5.4 MPICH 2-1.2.1 double mpp712d_mpp_x64_redhat54_ifort131_avx2_mpich2-121
LINUX X64 sse RedHat Ent Srv 5.4 OpenMPI 1.6.5 single mpp712s_mpp_x64_redhat54_ifort131_sse2_openmpi165
LINUX X64 sse RedHat Ent Srv 5.4 OpenMPI 1.6.5 double mpp712d_mpp_x64_redhat54_ifort131_sse2_openmpi165
LINUX X64 avx RedHat Ent Srv 5.4 OpenMPI 1.6.5 single mpp712s_mpp_x64_redhat54_ifort131_avx2_openmpi165
LINUX X64 avx RedHat Ent Srv 5.4 OpenMPI 1.6.5 double mpp712d_mpp_x64_redhat54_ifort131_avx2_openmpi165
Apple X64 sse OSX 10.6 OpenMPI 1.6.5 single mpp712s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi165
--- --- hybrid single mpp712s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi165
Apple X64 sse OSX 10.6 OpenMPI 1.6.5 double mpp712d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi165
--- --- hybrid double mpp712d_hyb_x64_OSX_10.6_ifort131_ssse3_openmpi165
LINUX X64 SuSE 10.2 Platform MPI single mpp712s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid single mpp712s_hyb_x64_suse102_pgi105_sse2_platformmpi
LINUX X64 SuSE 10.2 Platform MPI double mpp712d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp712d_hyb_x64_suse102_pgi105_sse2_platformmpi
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_r7_1_2_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_r7_1_2_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_r7_1_2_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_r7_1_2_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_r7_1_2_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_r7_1_2_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_r7_1_2_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_r7_1_2_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R7.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R7.1.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
LINUX IA64 SuSE 10.0 (ifort) single ls-dyna_smp_s_r7_1_1_ia64_suse10_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) double ls-dyna_smp_d_r7_1_1_ia64_suse10_ifort101.gz
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r7_1_1_x64_redhat59_ifort131.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r7_1_1_x64_redhat59_ifort131.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r7_1_1_x64_suse11_pgi134.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r7_1_1_x64_suse11_pgi134.gz IG
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R711_winx64_ifort131.zip MC
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R711_winx64_ifort131.zip

MPP LS-DYNA R7.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  4. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  5. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  6. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp711s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp711d_mpp_ia64_suse102_ifort101_altixpp5
LINUX IA64 SuSE 10.2 Platform MPI single mpp711s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp711d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp711s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp711d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp711s_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid single mpp711s_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib single mpp711s_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 sse ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp711d_mpp_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- hybrid double mpp711d_hyb_x64_suse111_ifort131_sse2_sgimpt203
--- sse --- sharelib double mpp711d_mpp_x64_suse111_ifort131_sse2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp711s_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid single mpp711s_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib single mpp711s_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
ALTIX X64 avx ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp711d_mpp_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- hybrid double mpp711d_hyb_x64_suse111_ifort131_avx2_sgimpt203
--- avx --- sharelib double mpp711d_mpp_x64_suse111_ifort131_avx2_sgimpt203_sharelib
LINUX X64 sse CentOS 5.4 FJ MPI single mpp711s_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
--- sse CentOS 5.4 hybrid single mpp711s_hyb_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 sse CentOS 5.4 FJ MPI double mpp711d_mpp_x64_redhat54_ifort131_sse2_fjmpi_ompi
--- sse CentOS 5.4 hybrid double mpp711d_hyb_x64_redhat54_ifort131_sse2_fjmpi_ompi
LINUX X64 avx CentOS 5.4 FJ MPI single mpp711s_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 avx CentOS 5.4 FJ MPI double mpp711d_mpp_x64_redhat54_ifort131_avx2_fjmpi_ompi
LINUX X64 sse CentOS 5.4 Platform MPI single mpp711s_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share single mpp711s_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share single mpp711s_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share single mpp711s_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share single mpp711s_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 sse CentOS 5.4 Platform MPI double mpp711d_mpp_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_sse2_platformmpi
--- sse --- share double mpp711d_mpp_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- hyb share double mpp711d_hyb_x64_redhat54_ifort131_sse2_platformmpi_sharelib
--- sse --- vecumat share double mpp711d_mpp_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
--- sse --- hyb vecumat share double mpp711d_hyb_x64_redhat54_ifort131_sse2_platformmpi_vecumat_sharelib
LINUX X64 avx CentOS 5.4 Platform MPI single mpp711s_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share single mpp711s_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share single mpp711s_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share single mpp711s_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share single mpp711s_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 avx CentOS 5.4 Platform MPI double mpp711d_mpp_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_avx2_platformmpi
--- avx --- share double mpp711d_mpp_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- hyb share double mpp711d_hyb_x64_redhat54_ifort131_avx2_platformmpi_sharelib
--- avx --- vecumat share double mpp711d_mpp_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
--- avx --- hyb vecumat share double mpp711d_hyb_x64_redhat54_ifort131_avx2_platformmpi_vecumat_sharelib
LINUX X64 sse CentOS 5.4 Intel MPI single mpp711s_mpp_x64_redhat54_ifort131_sse2_intelmpi-322
--- sse --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_sse2_intelmpi-322
LINUX X64 sse CentOS 5.4 Intel MPI double mpp711d_mpp_x64_redhat54_ifort131_sse2_intelmpi-322
--- sse --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_sse2_intelmpi-322
LINUX X64 avx CentOS 5.4 Intel MPI single mpp711s_mpp_x64_redhat54_ifort131_avx2_intelmpi
--- avx --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_avx2_intelmpi
LINUX X64 avx CentOS 5.4 Intel MPI double mpp711d_mpp_x64_redhat54_ifort131_avx2_intelmpi
--- avx --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_avx2_intelmpi
LINUX X64 sse CentOS 5.4 MPICH 1.2.6 single mpp711s_mpp_x64_redhat54_ifort131_sse2_mpich126
LINUX X64 sse CentOS 5.4 MPICH 1.2.6 double mpp711d_mpp_x64_redhat54_ifort131_sse2_mpich126
LINUX X64 avx CentOS 5.4 MPICH 1.2.6 single mpp711s_mpp_x64_redhat54_ifort131_avx2_mpich126
LINUX X64 avx CentOS 5.4 MPICH 1.2.6 double mpp711d_mpp_x64_redhat54_ifort131_avx2_mpich126
LINUX X64 sse CentOS 5.4 MPICH 2-1.2.1 single mpp711s_mpp_x64_redhat54_ifort131_sse2_mpich2-121
LINUX X64 sse CentOS 5.4 MPICH 2-1.2.1 double mpp711d_mpp_x64_redhat54_ifort131_sse2_mpich2-121
LINUX X64 avx CentOS 5.4 MPICH 2-1.2.1 single mpp711s_mpp_x64_redhat54_ifort131_avx2_mpich2-121
LINUX X64 avx CentOS 5.4 MPICH 2-1.2.1 double mpp711d_mpp_x64_redhat54_ifort131_avx2_mpich2-121
LINUX X64 sse CentOS 5.4 OpenMPI 1.6.5 single mpp711s_mpp_x64_redhat54_ifort131_sse2_openmpi165
--- sse --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_sse2_openmpi165
LINUX X64 sse CentOS 5.4 OpenMPI 1.6.5 double mpp711d_mpp_x64_redhat54_ifort131_sse2_openmpi165
--- sse --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_sse2_openmpi165
LINUX X64 avx CentOS 5.4 OpenMPI 1.6.5 single mpp711s_mpp_x64_redhat54_ifort131_avx2_openmpi165
--- avx --- hybrid single mpp711s_hyb_x64_redhat54_ifort131_avx2_openmpi165
LINUX X64 avx CentOS 5.4 OpenMPI 1.6.5 double mpp711d_mpp_x64_redhat54_ifort131_avx2_openmpi165
--- avx --- hybrid double mpp711d_hyb_x64_redhat54_ifort131_avx2_openmpi165
Apple X64 sse OSX 10.6 OpenMPI 1.6.5 single mpp711s_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi165
--- --- hybrid single mpp711s_hyb_x64_OSX_10.6_ifort121_ssse3_openmpi165
Apple X64 sse OSX 10.6 OpenMPI 1.6.5 double mpp711d_mpp_x64_OSX_10.6_ifort121_ssse3_openmpi165
--- --- hybrid double mpp711d_hyb_x64_OSX_10.6_ifort131_ssse3_openmpi165
LINUX X64 SuSE 10.2 OpenMPI 1.6.5 single mpp711s_mpp_x64_suse102_pgi105_sse2_openmpi165
LINUX X64 SuSE 10.2 OpenMPI 1.6.5 double mpp711d_mpp_x64_suse102_pgi105_sse2_openmpi165
LINUX X64 SuSE 10.2 Platform MPI single mpp711s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid single mpp711s_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share single mpp711s_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share single mpp711s_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 Platform MPI double mpp711d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp711d_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share double mpp711d_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share double mpp711d_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 MPICH 1.2.6 single mpp711s_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 10.2 MPICH 1.2.6 double mpp711d_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 11.1 Platform MPI single mpp711s_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid single mpp711s_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share single mpp711s_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share single mpp711s_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
LINUX X64 SuSE 11.1 Platform MPI double mpp711d_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid double mpp711d_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share double mpp711d_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share double mpp711d_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
CRAY X86-64 CLE5.1 Craympi 620 single (found in usermat)
--- --- hybrid single (found in usermat)
CRAY X86-64 CLE5.1 Craympi 620 double (found in usermat)
--- --- hybrid double (found in usermat)
WINDOWS IA32 Windows 32 ANL MPI 1 single *ls-dyna_mpp_s_R711_win32_ifort131_anlmpi1.zip
WINDOWS IA32 Windows 32 ANL MPI 1 double *ls-dyna_mpp_d_R711_win32_ifort131_anlmpi1.zip
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R711_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R711_winx64_ifort131_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R711_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R711_winx64_ifort131_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R711_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R711_winx64_ifort131_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_R711_winx64_ifort131_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_R711_winx64_ifort131_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA R7.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS-DYNA R7.0.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP PA8000 HPUX 11.11 (64-bit) single ls-dyna_smp_s_r7_0_0_hppa8000_hp11_hp281.gz
HP PA8000 HPUX 11.11 (64-bit) double ls-dyna_smp_d_r7_0_0_hppa8000_hp11_hp281.gz
IBM POWER6 AIX 5.3 single ls-dyna_smp_s_r7_0_0_ibmpwr6_aix53_xlf11.gz
IBM POWER6 AIX 5.3 double ls-dyna_smp_d_r7_0_0_ibmpwr6_aix53_xlf11.gz
LINUX IA32 RedHat 4.x, 5.x single ls-dyna_smp_s_r7_0_0_ia32_redhat48_ifort101.gz
LINUX IA32 RedHat 4.x, 5.x double ls-dyna_smp_d_r7_0_0_ia32_redhat48_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) single ls-dyna_smp_d_r7_0_0_ia64_suse10_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) double ls-dyna_smp_s_r7_0_0_ia64_suse10_ifort101.gz
LINUX X64 RedHat 4+ (ifort) single ls-dyna_smp_s_r7_0_0_x64_redhat49_ifort101.gz IG,MC
LINUX X64 RedHat 4+ (ifort) double ls-dyna_smp_d_r7_0_0_x64_redhat49_ifort101.gz IG
LINUX X64 RedHat 5+ (ifort) single ls-dyna_smp_s_r7_0_0_x64_redhat57_ifort101.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_smp_d_r7_0_0_x64_redhat57_ifort101.gz IG
LINUX X64 RedHat 4+ (pgi) single ls-dyna_smp_s_r7_0_0_x64_redhat46_pgi105.gz IG,MC
LINUX X64 RedHat 4+ (pgi) double ls-dyna_smp_d_r7_0_0_x64_redhat46_pgi105.gz IG
LINUX X64 SuSE 10 (pgi) single ls-dyna_smp_s_r7_0_0_x64_suse10_pgi105.gz IG
LINUX X64 SuSE 10 (pgi) single ls-dyna_smp_d_r7_0_0_x64_suse10_pgi105.gz IG
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_s_r7_0_0_x64_suse11_pgi105.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_smp_d_r7_0_0_x64_suse11_pgi105.gz IG
SGI R10000 IRIX64 6.5 single ls-dyna_smp_s_r7_0_0_sgir10k_irix65_mipspro73.gz IG
SGI R10000 IRIX64 6.5 double ls-dyna_smp_d_r7_0_0_sgir10k_irix65_mipspro73.gz IG
SUN Ultra SUNOS 5.10 single ls-dyna_smp_s_r7_0_0_sun_510_sun83.gz
SUN Ultra SUNOS 5.10 double ls-dyna_smp_d_r7_0_0_sun_510_sun83.gz
WINDOWS IA32 Microsoft Windows 32 single ls-dyna_smp_s_R700_win32_ifort101.zip
WINDOWS IA32 Microsoft Windows 32 double ls-dyna_smp_d_R700_win32_ifort101.zip
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R700_winx64_ifort101.zip
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R700_winx64_ifort101.zip
(*) TO BE RELEASED LATER

MPP LS-DYNA 7.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER4 AIX 5.3 PPE.POE 4.3.1.2 single mpp700s_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
IBM POWER4 AIX 5.3 PPE.POE 4.3.1.2 double mpp700d_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
SGI R10000 IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp700s_mpp_sgir10k_irix53_mipspro744
SGI R10000 IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp700d_mpp_sgir10k_irix53_mipspro744
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp700s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp700d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp700s_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid single mpp700s_hyb_x64_suse111_ifort101_sse2_sgimpt203
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp700d_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid single mpp700d_hyb_x64_suse111_ifort101_sse2_sgimpt203
LINUX IA32 CentOS 4.8 Platform MPI single mpp700s_mpp_ia32_centos48_ifort101_platformmpi
LINUX IA32 CentOS 4.8 Platform MPI double mpp700d_mpp_ia32_centos48_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI single mpp700s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp700d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp700s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp700d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp700s_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid single mpp700s_hyb_x64_suse111_ifort101_sse2_sgimpt203
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp700d_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid single mpp700d_hyb_x64_suse111_ifort101_sse2_sgimpt203
LINUX X64 CentOS 5.4 FJ MPI single mpp700s_mpp_x64_redhat54_ifort101_sse2_fjmpi_ompi
LINUX X64 CentOS 5.4 FJ MPI double mpp700d_mpp_x64_redhat54_ifort101_sse2_fjmpi_ompi
LINUX X64 CentOS 5.4 Intel MPI single mpp700s_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hybrid single mpp700s_hyb_x64_redhat54_ifort101_sse2_intelmpi
LINUX X64 CentOS 5.4 Intel MPI double mpp700d_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hybrid double mpp700d_hyb_x64_redhat54_ifort101_sse2_intelmpi
LINUX X64 CentOS 5.4 MPICH 1.2.6 single mpp700s_mpp_x64_redhat54_ifort101_sse2_mpich126
LINUX X64 CentOS 5.4 MPICH 1.2.6 double mpp700d_mpp_x64_redhat54_ifort101_sse2_mpich126
LINUX X64 CentOS 5.4 MPICH 2-1.2.1 single mpp700s_mpp_x64_redhat54_ifort101_sse2_mpich2-121
LINUX X64 CentOS 5.4 MPICH 2-1.2.1 double mpp700d_mpp_x64_redhat54_ifort101_sse2_mpich2-121
LINUX X64 CentOS 5.4 OpenMPI 1.5.1 single mpp700s_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hybrid single mpp700s_hyb_x64_redhat54_ifort101_sse2_openmpi151
LINUX X64 CentOS 5.4 OpenMPI 1.5.1 double mpp700d_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hybrid double mpp700d_hyb_x64_redhat54_ifort101_sse2_openmpi151
LINUX X64 CentOS 5.4 Platform MPI single mpp700s_mpp_x64_redhat54_ifort101_sse2_platformmpi
--- --- hybrid single mpp700s_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- share single mpp700s_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hyb share single mpp700s_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat share single mpp700s_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- hyb vecumat share single mpp700s_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI double mpp700d_mpp_x64_redhat54_ifort101_sse2_platformmpi
--- --- hybrid double mpp700d_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- share double mpp700d_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hyb share double mpp700d_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat share double mpp700d_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- hyb vecumat share double mpp700d_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI single mpp700s_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- share single mpp700s_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
--- --- vecumat share single mpp700s_mpp_x64_redhat54_ifort120_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI double mpp700d_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- share double mpp700d_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
--- --- vecumat share double mpp700d_mpp_x64_redhat54_ifort120_sse2_platformmpi_vecumat_sharelib
LINUX X64 SuSE 10.2 OpenMPI 1.5.1 single mpp700s_mpp_x64_suse102_pgi105_sse2_openmpi151
-- --- hybrid single mpp700s_hyb_x64_suse102_pgi105_sse2_openmpi151
LINUX X64 SuSE 10.2 OpenMPI 1.5.1 double mpp700d_mpp_x64_suse102_pgi105_sse2_openmpi151
-- --- hybrid double mpp700d_hyb_x64_suse102_pgi105_sse2_openmpi151
LINUX X64 SuSE 10.2 Platform MPI single mpp700s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid single mpp700s_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share single mpp700s_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share single mpp700s_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 Platform MPI double mpp700d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp700d_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share double mpp700d_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share double mpp700d_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 MPICH 1.2.6 single mpp700s_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 10.2 MPICH 1.2.6 double mpp700d_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 11.1 Platform MPI single mpp700s_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid single mpp700s_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share single mpp700s_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share single mpp700s_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
LINUX X64 SuSE 11.1 Platform MPI double mpp700d_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid double mpp700d_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share double mpp700d_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share double mpp700d_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
WINDOWS IA32 Windows 32 ANL MPI 1 single ls-dyna_mpp_s_R700_win32_ifort101_anlmpi1.zip
WINDOWS IA32 Windows 32 ANL MPI 1 double ls-dyna_mpp_d_R700_win32_ifort101_anlmpi1.zip
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R700_winx64_ifort101_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R700_winx64_ifort101_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R700_winx64_ifort101_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R700_winx64_ifort101_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R700_winx64_ifort101_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R700_winx64_ifort101_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_d_R700_winx64_ifort101_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_R700_winx64_ifort101_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA Version 971, Revision 6.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R6.1.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP PA8000 HPUX 11.11 (64-bit) single ls-dyna_s_smp_R6_1_1_hppa8000_hp11_hp281.gz
HP PA8000 HPUX 11.11 (64-bit) double ls-dyna_d_smp_R6_1_1_hppa8000_hp11_hp281.gz
IBM POWER6 AIX 5.3 single ls-dyna_s_smp_R6_1_1_ibmpwr6_aix53_xlf11.gz
IBM POWER6 AIX 5.3 double ls-dyna_d_smp_R6_1_1_ibmpwr6_aix53_xlf11.gz
LINUX IA32 RedHat 4.x, 5.x single ls-dyna_s_smp_R6_1_1_ia32_redhat48_ifort101.gz
LINUX IA32 RedHat 4.x, 5.x double ls-dyna_d_smp_R6_1_1_ia32_redhat48_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) single ls-dyna_s_smp_R6_1_1_ia64_suse10_ifort101.gz
LINUX IA64 SuSE 10.0 (ifort) double ls-dyna_d_smp_R6_1_1_ia64_suse10_ifort101.gz
LINUX X64 RedHat 4+ (ifort) single ls-dyna_s_smp_R6_1_1_x64_redhat49_ifort101.gz IG,MC
LINUX X64 RedHat 4+ (ifort) double ls-dyna_d_smp_R6_1_1_x64_redhat49_ifort101.gz IG
LINUX X64 RedHat 5+ (ifort) single ls-dyna_s_smp_R6_1_1_x64_redhat57_ifort101.gz IG,MC
LINUX X64 RedHat 5+ (ifort) double ls-dyna_d_smp_R6_1_1_x64_redhat57_ifort101.gz IG
LINUX X64 RedHat 4+ (pgi) single ls-dyna_s_smp_R6_1_1_x64_redhat46_pgi105.gz IG,MC
LINUX X64 RedHat 4+ (pgi) double ls-dyna_d_smp_R6_1_1_x64_redhat46_pgi105.gz IG
LINUX X64 SuSE 11+ (pgi) single ls-dyna_s_smp_R6_1_1_x64_suse11_pgi105.gz IG,MC
LINUX X64 SuSE 11+ (pgi) double ls-dyna_d_smp_R6_1_1_x64_suse10_pgi105.gz IG
SGI R10000 IRIX64 6.5 single ls-dyna_s_smp_R6_1_1_sgir10k_irix65_mipspro73.gz IG
SGI R10000 IRIX64 6.5 double ls-dyna_d_smp_R6_1_1_sgir10k_irix65_mipspro73.gz IG
SUN Ultra SUNOS 5.10 single ls-dyna_s_smp_R6_1_1_sun_510_sun83.gz
SUN Ultra SUNOS 5.10 double ls-dyna_d_smp_R6_1_1_sun_510_sun83.gz
WINDOWS IA32 Microsoft Windows 32 single ls-dyna_smp_s_R611_win32_ifort101.zip
WINDOWS IA32 Microsoft Windows 32 double ls-dyna_smp_d_R611_win32_ifort101.zip
WINDOWS X64 Microsoft Windows x64 single ls-dyna_smp_s_R611_winx64_ifort101.zip
WINDOWS X64 Microsoft Windows x64 double ls-dyna_smp_d_R611_winx64_ifort101.zip
NEC SX6 SUPER-UX 15.1 double *ls-dyna_d_smp_R6_1_1_necsx_151_f90.gz
(*) TO BE RELEASED LATER

MPP-DYNA Version 971, Revision 6.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM POWER4 AIX 5.3 PPE.POE 4.3.1.2 single mpp611s_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
IBM POWER4 AIX 5.3 PPE.POE 4.3.1.2 double mpp611d_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
SGI R10000 IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp611s_mpp_sgir10k_irix53_mipspro744
SGI R10000 IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp611d_mpp_sgir10k_irix53_mipspro744
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp611s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp611d_mpp_ia64_suse102_ifort101_altixpp5
ALTIX X64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp611s_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid single mpp611s_hyb_x64_suse101_ifort101_sse2_sgimpt
ALTIX X64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp611d_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid single mpp611d_hyb_x64_suse101_ifort101_sse2_sgimpt
LINUX IA32 CentOS 4.8 Platform MPI single mpp611s_mpp_ia32_centos48_ifort101_platformmpi
LINUX IA32 CentOS 4.8 Platform MPI double mpp611d_mpp_ia32_centos48_ifort101_platformmpi
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp611s_mpp_ia64_suse102_ifort101_altixpp5
ALTIX IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp611d_mpp_ia64_suse102_ifort101_altixpp5
LINUX IA64 SuSE 10.2 Platform MPI single mpp611s_mpp_ia64_suse102_ifort101_platformmpi
LINUX IA64 SuSE 10.2 Platform MPI double mpp611d_mpp_ia64_suse102_ifort101_platformmpi
ALTIX X64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp611s_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid single mpp611s_hyb_x64_suse101_ifort101_sse2_sgimpt
ALTIX X64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp611d_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid double mpp611d_hyb_x64_suse101_ifort101_sse2_sgimpt
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 single mpp611s_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid single mpp611s_hyb_x64_suse111_ifort101_sse2_sgimpt203
ALTIX X64 ALTIX 2.6.32.13-0.42 SGI MPT 2.03 double mpp611d_mpp_x64_suse111_ifort101_sse2_sgimpt203
--- --- hybrid double mpp611d_hyb_x64_suse111_ifort101_sse2_sgimpt203
LINUX X64 CentOS 5.4 FJ MPI single mpp611s_mpp_x64_redhat54_ifort101_sse2_fjmpi_ompi
LINUX X64 CentOS 5.4 FJ MPI double mpp611d_mpp_x64_redhat54_ifort101_sse2_fjmpi_ompi
LINUX X64 CentOS 5.4 Intel MPI single mpp611s_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hyb single mpp611s_hyb_x64_redhat54_ifort101_sse2_intelmpi
LINUX X64 CentOS 5.4 Intel MPI double mpp611d_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hyb double mpp611d_hyb_x64_redhat54_ifort101_sse2_intelmpi
LINUX X64 CentOS 5.4 MPICH 1.2.6 single mpp611s_mpp_x64_redhat54_ifort101_sse2_mpich126
LINUX X64 CentOS 5.4 MPICH 1.2.6 double mpp611d_mpp_x64_redhat54_ifort101_sse2_mpich126
LINUX X64 CentOS 5.4 MPICH 2-1.2.1 single mpp611s_mpp_x64_redhat54_ifort101_sse2_mpich2-121
LINUX X64 CentOS 5.4 MPICH 2-1.2.1 double mpp611d_mpp_x64_redhat54_ifort101_sse2_mpich2-121
LINUX X64 CentOS 5.4 OpenMPI 1.5.1 single mpp611s_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hyb single mpp611s_hyb_x64_redhat54_ifort101_sse2_openmpi151
LINUX X64 CentOS 5.4 OpenMPI 1.5.1 double mpp611d_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hyb double mpp611d_hyb_x64_redhat54_ifort101_sse2_openmpi151
LINUX X64 CentOS 5.4 Platform MPI single mpp611s_mpp_x64_redhat54_ifort101_sse2_platformmpi
--- --- hyb single mpp611s_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- share single mpp611s_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hyb share single mpp611s_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat share single mpp611s_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- hyb vecumat share single mpp611s_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI double mpp611d_mpp_x64_redhat54_ifort101_sse2_platformmpi
--- --- hyb double mpp611d_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- share double mpp611d_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hyb share double mpp611d_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat share double mpp611d_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- hyb vecumat share double mpp611d_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI single mpp611s_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- share single mpp611s_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
--- --- vecumat share single mpp611s_mpp_x64_redhat54_ifort120_sse2_platformmpi_vecumat_sharelib
LINUX X64 CentOS 5.4 Platform MPI double mpp611d_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- share double mpp611d_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
--- --- vecumat share double mpp611d_mpp_x64_redhat54_ifort120_sse2_platformmpi_vecumat_sharelib
LINUX X64 SuSE 10.2 Platform MPI single mpp611s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid single mpp611s_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share single mpp611s_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share single mpp611s_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 Platform MPI double mpp611d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp611d_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- share double mpp611d_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hyb share double mpp611d_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
LINUX X64 SuSE 10.2 MPICH 1.2.6 single mpp611s_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 10.2 MPICH 1.2.6 double mpp611d_mpp_x64_suse102_pgi105_sse2_mpich126
LINUX X64 SuSE 10.2 OpenMPI 1.5.1 single mpp611s_mpp_x64_suse102_pgi105_sse2_openmpi151
--- --- hybrid single mpp611s_hyb_x64_suse102_pgi105_sse2_openmpi151
LINUX X64 SuSE 10.2 OpenMPI 1.5.1 double mpp611d_mpp_x64_suse102_pgi105_sse2_openmpi151
--- --- hybrid double mpp611d_hyb_x64_suse102_pgi105_sse2_openmpi151
LINUX X64 SuSE 11.1 Platform MPI single mpp611s_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hyb single mpp611s_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share single mpp611s_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share single mpp611s_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
LINUX X64 SuSE 11.1 Platform MPI double mpp611d_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hyb double mpp611d_hyb_x64_suse111_open64455_avx_platformmpi
--- --- share double mpp611d_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hyb share double mpp611d_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
WINDOWS IA32 Windows 32 ANLMPI 1 single ls-dyna_mpp_s_R611_win32_ifort101_anlmpi1.zip
WINDOWS IA32 Windows 32 ANLMPI 1 double ls-dyna_mpp_d_R611_win32_ifort101_anlmpi1.zip
WINDOWS X64 Windows 64 ANL MPI single ls-dyna_mpp_s_R611_winx64_ifort101_anlmpi.zip
WINDOWS X64 Windows 64 ANL MPI double ls-dyna_mpp_d_R611_winx64_ifort101_anlmpi.zip
WINDOWS X64 Windows 64 Platform MPI single ls-dyna_mpp_s_R611_winx64_ifort101_pmpi.zip
WINDOWS X64 Windows 64 Platform MPI double ls-dyna_mpp_d_R611_winx64_ifort101_pmpi.zip
WINDOWS X64 Windows 64 Intel MPI single ls-dyna_mpp_s_R611_winx64_ifort101_impi.zip
WINDOWS X64 Windows 64 Intel MPI double ls-dyna_mpp_d_R611_winx64_ifort101_impi.zip
WINDOWS X64 Windows 64 MS API single ls-dyna_mpp_s_R611_winx64_ifort101_msmpi.zip
WINDOWS X64 Windows 64 MS API double ls-dyna_mpp_d_R611_winx64_ifort101_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA Version 971, Revision 6.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R6.1.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP/PA8000 HPUX 11.11 (64-bit) single ls-dyna_smp_s_R6_1_0_hppa8000_hp11_hp281.gz
HP/PA8000 HPUX 11.11 (64-bit) double ls-dyna_smp_d_R6_1_0_hppa8000_hp11_hp281.gz
HP/IA64 HPUX 11.23 single ls-dyna_smp_s_R6_1_0_ia64_hp11_hp284.gz
HP/IA64 HPUX 11.23 double ls-dyna_smp_d_R6_1_0_ia64_hp11_hp284.gz
IBM POWER6 AIX 5.3 single ls-dyna_smp_s_R6_1_0_ibmpwr6_aix53_xlf11.gz
IBM POWER6 AIX 5.3 double ls-dyna_smp_d_R6_1_0_ibmpwr6_aix53_xlf11.gz
INTEL/IA32 RedHat 4.x, 5.x single ls-dyna_smp_s_R6_1_0_ia32_redhat48_ifort101.gz IG
INTEL/IA32 RedHat 4.x, 5.x double ls-dyna_smp_d_R6_1_0_ia32_redhat48_ifort101.gz IG
INTEL/IA64 SuSE 10.0 (ifort) single ls-dyna_smp_s_R6_1_0_ia64_suse10_ifort101.gz
INTEL/IA64 SuSE 10.0 (ifort) double ls-dyna_smp_d_R6_1_0_ia64_suse10_ifort101.gz
INTEL/Xeon64 RedHat 4.0 (ifort) single ls-dyna_smp_s_R6_1_0_x64_redhat47_ifort101.gz IG,MC
INTEL/Xeon64 RedHat 4.0 (ifort) double ls-dyna_smp_d_R6_1_0_x64_redhat47_ifort101.gz IG
INTEL/Xeon64 RedHat 5.0 (ifort) single ls-dyna_smp_s_R6_1_0_x64_redhat56_ifort101.gz IG,MC
INTEL/Xeon64 RedHat 5.0 (ifort) double ls-dyna_smp_d_R6_1_0_x64_redhat56_ifort101.gz IG
INTEL/Xeon64 RedHat 4.6 (pgi) single ls-dyna_smp_s_R6_1_0_x64_redhat46_pgi105.gz IG,MC
INTEL/Xeon64 RedHat 4.6 (pgi) double ls-dyna_smp_d_R6_1_0_x64_redhat46_pgi105.gz IG
INTEL/Xeon64 SuSE 11.0 (pgi) single ls-dyna_smp_s_R6_1_0_x64_suse11_pgi105.gz IG,MC
INTEL/Xeon64 SuSE 11.0 (pgi) double ls-dyna_smp_d_R6_1_0_x64_suse11_pgi105.gz IG
SGI/R10000 IRIX64 6.5 single ls-dyna_smp_s_R6_1_0_sgir10k_irix65_mipspro73.gz IG
SGI/R10000 IRIX64 6.5 double ls-dyna_smp_d_R6_1_0_sgir10k_irix65_mipspro73.gz IG
SUN/Ultra SUNOS 5.10 single ls-dyna_smp_s_R6_1_0_sun_510_sun83.gz
SUN/Ultra SUNOS 5.10 double ls-dyna_smp_d_R6_1_0_sun_510_sun83.gz
INTEL/AMD Microsoft Windows 32 single ls-dyna_smp_s_R610_win32_ifort101.zip
INTEL/AMD Microsoft Windows 32 double ls-dyna_smp_d_R610_win32_ifort101.zip
INTEL/AMD Microsoft Windows x64 single ls-dyna_smp_s_R610_winx64_ifort101.zip
INTEL/AMD Microsoft Windows x64 double ls-dyna_smp_d_R610_winx64_ifort101.zip
NEC/SX6 SUPER-UX 14.1 (64bit) double *ls-dyna_smp_d_R6_1_0_necsx_151_f90.gz
(*) TO BE RELEASED LATER

MPP-DYNA Version 971, Revision 6.1.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 single mpp610s_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
--- --- hybrid single mpp610s_hyb_ibmpwr6_aix53_xlf11_ppe4.3.1.2
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 double mpp610d_mpp_ibmpwr6_aix53_xlf11_ppe4.3.1.2
--- --- hybrid double mpp610d_hyb_ibmpwr6_aix53_xlf11_ppe4.3.1.2
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp610s_mpp_sgir10k_irix53_mipspro744
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp610d_mpp_sgir10k_irix53_mipspro744
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp610s_mpp_ia64_suse102_ifort101_altixpp5
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp610d_mpp_ia64_suse102_ifort101_altixpp5
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp610s_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid single mpp610s_hyb_x64_suse101_ifort101_sse2_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp610d_mpp_x64_suse101_ifort101_sse2_sgimpt
--- --- hybrid single mpp610d_hyb_x64_suse101_ifort101_sse2_sgimpt
SUN SPARC SunOS 5.10 Sun HPC 8.2 single mpp610s_mpp_sun_sunos510_hpc8.2
SUN SPARC SunOS 5.10 Sun HPC 8.2 double mpp610d_mpp_sun_sunos510_hpc8.2
IA32 CentOS 4.8 OpenMPI 1.5.1 single mpp610s_mpp_ia32_centos48_ifort101_openmpi151
IA32 CentOS 4.8 OpenMPI 1.5.1 double mpp610d_mpp_ia32_centos48_ifort101_openmpi151
IA32 CentOS 4.8 MPICH 1.2.6 single mpp610s_mpp_ia32_centos48_ifort101_mpich126
IA32 CentOS 4.8 MPICH 1.2.6 double mpp610d_mpp_ia32_centos48_ifort101_mpich126
IA32 CentOS 4.8 Platform MPI single mpp610s_mpp_ia32_centos48_ifort101_platformmpi
IA32 CentOS 4.8 Platform MPI double mpp610d_mpp_ia32_centos48_ifort101_platformmpi
IA64 SuSE 10.2 OpenMPI 1.5.1 single mpp610s_mpp_ia64_suse102_ifort101_openmpi151
IA64 SuSE 10.2 OpenMPI 1.4.1 double mpp610d_mpp_ia64_suse102_ifort101_openmpi151
IA64 SuSE 10.2 MPICH 1.2.6 single mpp610s_mpp_ia64_suse102_ifort101_mpich126
IA64 SuSE 10.2 MPICH 1.2.6 double mpp610d_mpp_ia64_suse102_ifort101_mpich126
IA64 SuSE 10.2 Platform MPI single mpp610s_mpp_ia64_suse102_ifort101_platformmpi
IA64 SuSE 10.2 Platform MPI double mpp610d_mpp_ia64_suse102_ifort101_platformmpi
XEON64 CentOS 5.4 OpenMPI 1.5.1 single mpp610s_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hybrid single mpp610s_hyb_x64_redhat54_ifort101_sse2_openmpi151
XEON64 CentOS 5.4 OpenMPI 1.5.1 double mpp610d_mpp_x64_redhat54_ifort101_sse2_openmpi151
--- --- hybrid double mpp610d_hyb_x64_redhat54_ifort101_sse2_openmpi151
XEON64 CentOS 5.4 MPICH 1.2.6 single mpp610s_mpp_x64_redhat54_ifort101_sse2_mpich126
XEON64 CentOS 5.4 MPICH 1.2.6 double mpp610d_mpp_x64_redhat54_ifort101_sse2_mpich126
XEON64 CentOS 5.4 Intel MPI single mpp610s_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hybrid single mpp610s_hyb_x64_redhat54_ifort101_sse2_intelmpi
XEON64 CentOS 5.4 Intel MPI double mpp610d_mpp_x64_redhat54_ifort101_sse2_intelmpi
--- --- hybrid double mpp610d_hyb_x64_redhat54_ifort101_sse2_intelmpi
XEON64 CentOS 5.4 Platform MPI single mpp610s_mpp_x64_redhat54_ifort101_sse2_platformmpi
XEON64 CentOS 5.4 Platform MPI single mpp610s_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- sharelib single mpp610s_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hybrid sharelib single mpp610s_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat sharelib single mpp610s_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- vecumat hybrid single mpp610s_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
XEON64 CentOS 5.4 Platform MPI double mpp610d_mpp_x64_redhat54_ifort101_sse2_platformmpi
XEON64 CentOS 5.4 Platform MPI double mpp610d_hyb_x64_redhat54_ifort101_sse2_platformmpi
--- --- sharelib double mpp610d_mpp_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- hybrid sharelib double mpp610d_hyb_x64_redhat54_ifort101_sse2_platformmpi_sharelib
--- --- vecumat sharelib double mpp610d_mpp_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
--- --- vecumat hybrid double mpp610d_hyb_x64_redhat54_ifort101_sse2_platformmpi_vecumat_sharelib
XEON64 CentOS 5.4 Platform MPI single mpp610s_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- sharelib single mpp610s_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
XEON64 CentOS 5.4 Platform MPI double mpp610d_mpp_x64_redhat54_ifort120_sse2_platformmpi
--- --- sharelib double mpp610d_mpp_x64_redhat54_ifort120_sse2_platformmpi_sharelib
AMD64 SSE2 SuSE SLES 10.2 Platform MPI single mpp610s_mpp_x64_suse102_pgi105_sse2_platformmpi
--- ---- hybrid single mpp610s_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- sharelib single mpp610s_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hybrid sharelib single mpp610s_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
AMD64 SSE2 SuSE SLES 10.2 Platform MPI double mpp610d_mpp_x64_suse102_pgi105_sse2_platformmpi
--- --- hybrid double mpp610d_hyb_x64_suse102_pgi105_sse2_platformmpi
--- --- sharelibb double mpp610d_mpp_x64_suse102_pgi105_sse2_platformmpi_sharelib
--- --- hybrid sharelib double mpp610d_hyb_x64_suse102_pgi105_sse2_platformmpi_sharelib
AMD64 SSE2 SuSE SLES 10.2 MPICH 1.2.6 single mpp610s_mpp_x64_suse102_pgi105_sse2_mpich126
AMD64 SSE2 SuSE SLES 10.2 MPICH 1.2.6 double mpp610d_mpp_x64_suse102_pgi105_sse2_mpich126
AMD64 SSE2 SuSE SLES 10.2 OpenMPI 1.5.1 single mpp610s_mpp_x64_suse102_pgi105_sse2_openmpi151
AMD64 SSE2 SuSE SLES 10.2 OpenMPI 1.5.1 double mpp610d_mpp_x64_suse102_pgi105_sse2_openmpi151
AMD64 SuSE Ent 11 Platform MPI single mpp610s_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid single mpp610s_hyb_x64_suse111_open64455_avx_platformmpi
--- --- sharelib single mpp610s_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hybrid sharelib single mpp610s_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
AMD64 SuSE Ent 11 Platform MPI double mpp610d_mpp_x64_suse111_open64455_avx_platformmpi
--- --- hybrid double mpp610d_hyb_x64_suse111_open64455_avx_platformmpi
--- --- sharelib double mpp610d_mpp_x64_suse111_open64455_avx_platformmpi_sharelib
--- --- hybrid sharelib double mpp610d_hyb_x64_suse111_open64455_avx_platformmpi_sharelib
INTEL/AMD Win32 ANLMPI 1 single ls-dyna_mpp_s_R610_win32_ifort101_anlmpi1.zip
INTEL/AMD Win32 ANLMPI 1 double ls-dyna_mpp_d_R610_win32_ifort101_anlmpi1.zip
INTEL/AMD Win64 ANL MPI single ls-dyna_mpp_s_R610_winx64_ifort101_anlmpi.zip
INTEL/AMD Win64 ANL MPI double ls-dyna_mpp_d_R610_winx64_ifort101_anlmpi.zip
INTEL/AMD Win64 Platform MPI single ls-dyna_mpp_s_R610_winx64_ifort101_pmpi.zip
INTEL/AMD Win64 Platform MPI double ls-dyna_mpp_d_R610_winx64_ifort101_pmpi.zip
INTEL/AMD Win64 Intel MPI single ls-dyna_mpp_s_R610_winx64_ifort101_impi.zip
INTEL/AMD Win64 Intel MPI double ls-dyna_mpp_d_R610_winx64_ifort101_impi.zip
INTEL/AMD Win64 MS API single ls-dyna_mpp_s_R610_winx64_ifort101_msmpi.zip
INTEL/AMD Win64 MS API double ls-dyna_mpp_d_R610_winx64_ifort101_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA Version 971, Revision 6.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R6.0.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP/PA8000 HPUX 11.11 (64-bit) single ls971_s_R6_0_0_hppa8000_11.gz
HP/PA8000 HPUX 11.11 (64-bit) double ls971_d_R6_0_0_hppa8000_11.gz
HP/IA64 HPUX 11.23 single ls971_s_R6_0_0_ia64_hp11.gz
HP/IA64 HPUX 11.23 double ls971_d_R6_0_0_ia64_hp11.gz
IBM POWER6 AIX 5.3 single ls971_s_R6_0_0_ibmpwr6_aix53.gz
IBM POWER6 AIX 5.3 double ls971_d_R6_0_0_ibmpwr6_aix53.gz
INTEL/IA32 RedHat 4.x, 5.x single ls971_s_R6_0_0_ia32_redhat48.gz IG
INTEL/IA32 RedHat 4.x, 5.x double ls971_d_R6_0_0_ia32_redhat48.gz IG
AMD/Opteron RedHat 4.6 single ls971_s_R6_0_0_amd64_redhat46.gz IG,MC
AMD/Opteron RedHat 4.6 double ls971_d_R6_0_0_amd64_redhat46.gz IG
AMD/Opteron SuSE 11.0 single ls971_s_R6_0_0_amd64_suse11.gz IG,MC
AMD/Opteron SuSE 11.0 double ls971_d_R6_0_0_amd64_suse11.gz IG
INTEL/IA64 SuSE 10.0 single ls971_s_R6_0_0_ia64_suse10.gz
INTEL/IA64 SuSE 10.0 double ls971_d_R6_0_0_ia64_suse10.gz
INTEL/Xeon64 RedHat 4.0 single ls971_s_R6_0_0_intel64_redhat47.gz IG,MC
INTEL/Xeon64 RedHat 4.0 double ls971_d_R6_0_0_intel64_redhat47.gz IG
INTEL/Xeon64 RedHat 5.0 single ls971_s_R6_0_0_intel64_redhat56.gz IG,MC
INTEL/Xeon64 RedHat 5.0 double ls971_d_R6_0_0_intel64_redhat56.gz IG
SGI/R10000 IRIX64 6.5 single ls971_s_R6_0_0_sgir10k_65.gz IG
SGI/R10000 IRIX64 6.5 double ls971_d_R6_0_0_sgir10k_65.gz IG
SUN/Ultra SUNOS 5.10 single ls971_s_R6_0_0_sun_510.gz
SUN/Ultra SUNOS 5.10 double ls971_d_R6_0_0_sun_510.gz
INTEL/AMD Microsoft Windows 32 single ls971_s_R6.0.0_win32_p.zip
INTEL/AMD Microsoft Windows 32 double ls971_d_R6.0.0_win32_p.zip
INTEL/AMD Microsoft Windows x64 single ls971_s_R6.0.0_winx64_p.zip
INTEL/AMD Microsoft Windows x64 double ls971_d_R6.0.0_winx64_p.zip
NEC/SX6 SUPER-UX 14.1 (64bit) double *ls971_d_R6.0.0_necsx_151.gz
(*) TO BE RELEASED LATER

MPP-DYNA Version 971, Revision 6.0.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: If the UM link appears to the left of the archive name, then a USERMAT Development Package is available for download by clicking on the UM link which preceeds the link to the MPP-DYNA archive. To link with your user-defined material modules, you must use the same compilers and operating system used to build the corresponding MPP-DYNA executable. For complete information about the compilers and OS we used, please consult the detailed README file. We do not support other compilers, operating systems, or versions of MPI other than those listed.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA single mpp600s_amd64_pgi_suse92_crayra
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA double mpp600d_amd64_pgi_suse92_crayra
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 single mpp600s_ibmpwr6_aix53_ppe4.3.1.2
--- --- hybrid single mpp600s_ibmpwr6_aix53_ppe4.3.1.2_hybrid
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 double mpp600d_ibmpwr6_aix53_ppe4.3.1.2
--- --- hybrid double mpp600d_ibmpwr6_aix53_ppe4.3.1.2_hybrid
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp600s_sgir10k_65
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp600d_sgir10k_65
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp600s_ia64_intel_sgialtixpp5
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp600d_ia64_intel_sgialtixpp5
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp600s_intel64_intel_suse101_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp600d_intel64_intel_suse101_sgimpt
SUN SPARC SunOS 5.10 Sun HPC 8.2 single mpp600s_sun_sunos510_hpc8.2
SUN SPARC SunOS 5.10 Sun HPC 8.2 double mpp600d_sun_sunos510_hpc8.2
x86-64 SunOS 5.10 Sun HPC 8.2 single mpp600s_sun_5.10_hpc8.2_86-64
x86-64 SunOS 5.10 Sun HPC 8.2 double mpp600d_sun_5.10_hpc8.2_86-64
IA32 CentOS 4.8 OpenMPI 1.5.1 single mpp600s_ia32_intel_centos48_openmpi151
IA32 CentOS 4.8 OpenMPI 1.5.1 double mpp600d_ia32_intel_centos48_openmpi151
IA32 CentOS 4.8 MPICH 1.2.6 single mpp600s_ia32_intel_centos48_mpich126
IA32 CentOS 4.8 MPICH 1.2.6 double mpp600d_ia32_intel_centos48_mpich126
IA32 CentOS 4.8 Platform MPI single mpp600s_ia32_intel_centos48_platformmpi
IA32 CentOS 4.8 Platform MPI double mpp600d_ia32_intel_centos48_platformmpi
IA64 SuSE 10.2 OpenMPI 1.5.1 single mpp600s_ia64_linux_openmpi-151
IA64 SuSE 10.2 OpenMPI 1.4.1 double mpp600d_ia64_linux_openmpi-151
IA64 SuSE 10.2 MPICH 1.2.6 single mpp600s_ia64_linux_mpich126
IA64 SuSE 10.2 MPICH 1.2.6 double mpp600d_ia64_linux_mpich126
IA64 SuSE 10.2 Platform MPI single mpp600s_ia64_linux_platformmpi
IA64 SuSE 10.2 Platform MPI double mpp600d_ia64_linux_platformmpi
XEON64 CentOS 5.3 OpenMPI 1.5.1 single mpp600s_intel64_intel_rhel54_openmpi151
--- --- hybrid single mpp600s_intel64_intel_rhel54_openmpi151_hybrid
XEON64 CentOS 5.3 OpenMPI 1.5.1 double mpp600d_intel64_intel_rhel54_openmpi151
--- --- hybrid double mpp600d_intel64_intel_rhel54_openmpi151_hybrid
XEON64 CentOS 5.3 MPICH 1.2.6 single mpp600s_intel64_intel_rhel54_mpich126
XEON64 CentOS 5.3 MPICH 1.2.6 double mpp600d_intel64_intel_rhel54_mpich126
XEON64 CentOS 5.3 Intel MPI single mpp600s_intel64_intel_rhel54_intelmpi
--- --- hybrid single mpp600s_intel64_intel_rhel54_intelmpi_hybrid
XEON64 CentOS 5.3 Intel MPI double mpp600d_intel64_intel_rhel54_intelmpi
--- --- hybrid double mpp600d_intel64_intel_rhel54_intelmpi_hybrid
XEON64 CentOS 5.3 Platform MPI single mpp600s_intel64_intel_rhel54_platformmpi
XEON64 CentOS 5.3 Platform MPI single mpp600s_intel64_intel_rhel54_platformmpi_hybrid
--- --- sharelib single mpp600s_intel64_intel_rhel54_platformmpi_sharelib
--- --- vecumat sharelib single mpp600s_intel64_intel_rhel54_platformmpi_vecumat_sharelib
--- --- vecumat hybrid single mpp600s_intel64_intel_rhel54_platformmpi_vecumat_hybrid_sharelib
XEON64 CentOS 5.3 Platform MPII double mpp600d_intel64_intel_rhel54_platformmpi
XEON64 CentOS 5.3 Platform MPII double mpp600d_intel64_intel_rhel54_platformmpi_hybrid
--- --- sharelib double mpp600d_Intel64_intel_rhel54_platformmpi_sharelib
--- --- hybrid sharelib double mpp600d_Intel64_intel_rhel54_platformmpi_hybrid_sharelib
--- --- vecumat sharelib double mpp600d_Intel64_intel_rhel54_platformmpi_vecumat_sharelib
--- --- vecumat hybrid double mpp600d_Intel64_intel_rhel54_platformmpi_vecumat_hybrid_sharelib
XEON64 CentOS 5.3 FJMPI single mpp600s_intel64_intel_rhel54_fjmpi
XEON64 CentOS 5.3 FJMPI double mpp600d_intel64_intel_rhel54_fjmpi
AMD64 SuSE Ent 10.2 OpenMPI 1.5.1 single mpp600s_amd64_pgi_suse102_openmpi151
AMD64 SuSE Ent 10.2 OpenMPI 1.5.1 double mpp600d_amd64_pgi_suse102_openmpi151
AMD64 SuSE Ent 10.2 MPICH 1.2.6 single mpp600s_amd64_pgi_suse102_mpich126
AMD64 SuSE Ent 10.2 MPICH 1.2.6 double mpp600d_amd64_pgi_suse102_mpich126
AMD64 SuSE Ent 10.2 Platform MPI single mpp600s_amd64_pgi_suse102_platformmpi
--- --- hybrid single mpp600s_amd64_pgi_suse102_platformmpi_hybrid
--- --- sharelib single mpp600s_amd64_pgi_suse102_platformmpi_sharelib
--- --- hybrid sharelib single mpp600s_amd64_pgi_suse102_platformmpi_hybrid_sharelib
AMD64 SuSE Ent 10.2 Platform MPI double mpp600d_amd64_pgi_suse102_platformmpi
--- --- hybrid double mpp600d_amd64_pgi_suse102_platformmpi_hybrid
--- --- sharelib double mpp600d_amd64_pgi_suse102_platformmpi_sharelib
--- --- hybrid sharelib double mpp600d_amd64_pgi_suse102_platformmpi_hybrid_sharelib
INTEL/AMD Win32 ANLMPI 1 single mpp971_d_R6.0.0_win32_anlmpi1.zip
INTEL/AMD Win32 ANLMPI 1 double mpp971_s_R6.0.0_win32_anlmpi1.zip
INTEL/AMD Win64 ANL MPI single mpp971_s_R6.0.0_winx64_anlmpi.zip
INTEL/AMD Win64 ANL MPI double mpp971_d_R6.0.0_winx64_anlmpi.zip
INTEL/AMD Win64 HP MPI single mpp971_s_R6.0.0_winx64_hpmpi.zip
INTEL/AMD Win64 HP MPI double mpp971_d_R6.0.0_winx64_hpmpi.zip
INTEL/AMD Win64 Intel MPI single mpp971_s_R6.0.0_winx64_impi.zip
INTEL/AMD Win64 Intel MPI double mpp971_d_R6.0.0_winx64_impi.zip
INTEL/AMD Win64 MS API single mpp971_s_R6.0.0_winx64_msmpi.zip
INTEL/AMD Win64 MS API double mpp971_d_R6.0.0_winx64_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA Version 971, Revision 5.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R5.1.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP/PA8000 HPUX 11.11 (64-bit) single ls971_s_R5_1_1_hppa8000_11.gz
HP/PA8000 HPUX 11.11 (64-bit) double ls971_d_R5_1_1_hppa8000_11.gz
HP/IA64 HPUX 11.23 single ls971_s_R5_1_1_ia64_hp11.gz
HP/IA64 HPUX 11.23 double ls971_d_R5_1_1_ia64_hp11.gz
HP/ALPHA OSF 5.1a with -fpel single ls971_s_R5_1_1_alpha_51a.gz
HP/ALPHA OSF 5.1a with -fpel double ls971_d_R5_1_1_alpha_51a.gz
IBM POWER6 AIX 5.3 single ls971_s_R5_1_1_ibmpwr6_aix53.gz
IBM POWER6 AIX 5.3 double ls971_d_R5_1_1_ibmpwr6_aix53.gz
INTEL/IA32 RedHat 3.0 single ls971_s_R5_1_1_ia32_redhat30.gz IG
INTEL/IA32 RedHat 3.0 double ls971_d_R5_1_1_ia32_redhat30.gz IG
AMD/Opteron RedHat 4.6 single ls971_s_R5_1_1_amd64_redhat46.gz IG,MC
AMD/Opteron RedHat 4.6 double ls971_d_R5_1_1_amd64_redhat46.gz IG
AMD/Opteron SuSE 10.0 single ls971_s_R5_1_1_amd64_suse10.gz IG,MC
AMD/Opteron SuSE 10.0 double ls971_d_R5_1_1_amd64_suse10.gz IG
AMD/Opteron SuSE 11.0 single ls971_s_R5_1_1_amd64_suse11.gz IG,MC
AMD/Opteron SuSE 11.0 double ls971_d_R5_1_1_amd64_suse11.gz IG
INTEL/IA64 RedHat 3.0 single ls971_s_R5_1_1_ia64_redhat38.gz
INTEL/IA64 RedHat 3.0 double ls971_d_R5_1_1_ia64_redhat38.gz
INTEL/IA64 SuSE 10.0 single ls971_s_R5_1_1_ia64_suse10.gz
INTEL/IA64 SuSE 10.0 double ls971_d_R5_1_1_ia64_suse10.gz
INTEL/Xeon64 RedHat 3.0 single ls971_s_R5_1_1_intel64_redhat39.gz IG,MC
INTEL/Xeon64 RedHat 3.0 double ls971_d_R5_1_1_intel64_redhat39.gz IG
INTEL/Xeon64 RedHat 4.0 single ls971_s_R5_1_1_intel64_redhat47.gz IG,MC
INTEL/Xeon64 RedHat 4.0 double ls971_d_R5_1_1_intel64_redhat47.gz IG
INTEL/Xeon64 RedHat 5.0 single ls971_s_R5_1_1_intel64_redhat54.gz IG,MC
INTEL/Xeon64 RedHat 5.0 double ls971_d_R5_1_1_intel64_redhat54.gz IG
SGI/R10000 IRIX64 6.5 single ls971_s_R5_1_1_sgir10k_65.gz IG
SGI/R10000 IRIX64 6.5 double ls971_d_R5_1_1_sgir10k_65.gz IG
SUN/Ultra SUNOS 5.10 single ls971_s_R5_1_1_sun_510.gz
SUN/Ultra SUNOS 5.10 double ls971_d_R5_1_1_sun_510.gz
INTEL/AMD Microsoft Windows 32 single ls971_s_R5.1.1_win32_p.zip
INTEL/AMD Microsoft Windows 32 double ls971_d_R5.1.1_win32_p.zip
INTEL/AMD Microsoft Windows x64 single ls971_s_R5.1.1_winx64_p.zip
INTEL/AMD Microsoft Windows x64 double ls971_d_R5.1.1_winx64_p.zip
NEC/SX6 SUPER-UX 14.1 (64bit) double ls971_d_R5_1_1_necsx_151.gz
(*) TO BE RELEASED LATER

MPP-DYNA Version 971, Revision 5.1.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: If the UM link appears to the left of the archive name, then a USERMAT Development Package is available for download by clicking on the UM link which preceeds the link to the MPP-DYNA archive. To link with your user-defined material modules, you must use the same compilers and operating system used to build the corresponding MPP-DYNA executable. For complete information about the compilers and OS we used, please consult the detailed README file. We do not support other compilers, operating systems, or versions of MPI other than those listed.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA single mpp511s_amd64_linux_crayra
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA double mpp511d_amd64_linux_crayra
HP PA8000 HPUX 11 HPMPI single mpp511d_hppa8k_hpux11
HP PA8000 HPUX 11 HPMPI single mpp511s_hppa8k_hpux11
IBM PWR AIX 5.3 MPICH-gm 1.2.6 single mpp511s_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 MPICH-gm 1.2.6 double mpp511d_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 single mpp511s_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID single mpp511s_ibmpwr4_ppe4.3.1.2_aix53_hybrid
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 double mpp511d_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID double mpp511d_ibmpwr4_ppe4.3.1.2_aix53_hybrid
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp511s_sgir10k_65
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp511d_sgir10k_65
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp511s_ia64_sgialtixpp5
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp511d_ia64_sgialtixpp5
IA64 ALTIX 2.4.21-sgi306rp13 SGI ProPack 3 single mpp511s_ia64_sgialtixpp3
IA64 ALTIX 2.4.21-sgi306rp13 SGI ProPack 3 double *mpp511d_ia64_sgialtixpp3
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp511s_intel_linux86-64_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp511d_intel_linux86-64_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp511s_intel_linux86-64_sgimpt_hybrid
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp511d_intel_linux86-64_sgimpt_hybrid
SUN SPARC SunOS 5.10 Sun HPC 8.2 single mpp511s_sun_sunos510_hpc8.2
SUN SPARC SunOS 5.10 Sun HPC 8.2 double mpp511d_sun_sunos510_hpc8.2
x86-64 SunOS 5.10 Sun HPC 8.2 single mpp511s_sun_5.10_hpc8.2_86-64
x86-64 SunOS 5.10 Sun HPC 8.2 double mpp511d_sun_5.10_hpc8.2_86-64
IA32 CentOS 3.9 OpenMPI 1.4.1 single mpp511s_ia32_linux_openmpi-141
IA32 CentOS 3.9 OpenMPI 1.4.1 double mpp511d_ia32_linux_openmpi-141
IA32 CentOS 3.9 MPICH 1.2.6 single mpp511s_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH 1.2.6 double mpp511d_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH2-1.2.1 single mpp511s_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 MPICH2-1.2.1 double mpp511d_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 HPMPI single mpp511s_ia32_linux_hpmpi
--- --- ANSYS single mpp511s_ia32_linux_hpmpi_ansys
--- --- SHARELIB single mpp511s_ia32_linux_hpmpi_sharelib
IA32 CentOS 3.9 HPMPI double mpp511d_ia32_linux_hpmpi
--- --- ANSYS double mpp511d_ia32_linux_hpmpi_ansys
--- --- SHARELIB double mpp511d_ia32_linux_hpmpi_sharelib
IA64 CentOS 3.8 OpenMPI 1.4.1 single mpp511s_ia64_linux_openmpi-141
IA64 CentOS 3.8 OpenMPI 1.4.1 double mpp511d_ia64_linux_openmpi-141
IA64 CentOS 3.8 MPICH 1.2.6 single mpp511s_ia64_linux_mpich126
IA64 CentOS 3.8 MPICH 1.2.6 double mpp511d_ia64_linux_mpich126
IA64 CentOS 3.8 MPICH 2-1.2.1 single mpp511s_ia64_linux_mpich2-1.2.1
IA64 CentOS 3.8 MPICH 2-1.2.1 double mpp511d_ia64_linux_mpich2-1.2.1
IA64 CentOS 3.8 HPMPI single mpp511s_ia64_linux_hpmpi
--- --- ANSYS single mpp511s_ia64_linux_hpmpi_ansys
--- --- SHARELIB single mpp511s_ia64_linux_hpmpi_sharelib
IA64 CentOS 3.8 HPMPI double mpp511d_ia64_linux_hpmpi
--- --- ANSYS double mpp511d_ia64_linux_hpmpi_ansys
--- --- SHARELIB double mpp511d_ia64_linux_hpmpi_sharelib
IA64 CentOS 3.8 Intel MPI single mpp511s_ia64_linux_intelmpi
XEON64 CentOS 5.3 OpenMPI 1.4.1 single mpp511s_intel_linux86-64_openmpi-141
--- --- HYBRID single mpp511s_intel_linux86-64_openmpi-141_hybrid
XEON64 CentOS 5.3 OpenMPI 1.4.1 double mpp511d_intel_linux86-64_openmpi-141
--- --- HYBRID double mpp511d_intel_linux86-64_openmpi-141_hybrid
XEON64 CentOS 5.3 MPICH 1.2.6 single mpp511s_intel_linux86-64_mpich126
XEON64 CentOS 5.3 MPICH 1.2.6 double mpp511d_intel_linux86-64_mpich126
XEON64 CentOS 5.3 Intel MPI single mpp511s_intel_linux86-64_intelmpi
--- --- HYBRID single mpp511s_intel_linux86-64_intelmpi_hybrid
XEON64 CentOS 5.3 Intel MPI double mpp511d_intel_linux86-64_intelmpi
--- --- HYBRID double *mpp511d_intel_linux86-64_intelmpi_hybrid
XEON64 CentOS 5.3 HPMPI single mpp511s_intel_linux86-64_hpmpi
XEON64 CentOS 5.3 HPMPI single mpp511s_intel_linux86-64_hpmpi_hybrid
--- --- ANSYS single mpp511s_intel_linux86-64_hpmpi_ansys
--- --- SHARELIB single mpp511s_intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 HPMPI double mpp511d_intel_linux86-64_hpmpi
XEON64 CentOS 5.3 HPMPI double mpp511d_intel_linux86-64_hpmpi_hybrid
--- --- ANSYS double mpp511d_intel_linux86-64_hpmpi_ansys
--- --- SHARELIB double mpp511d_intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 FJMPI single *mpp511s_intel_linux86-64_fjmpi
XEON64 CentOS 5.3 FJMPI double *mpp511d_intel_linux86-64_fjmpi
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp511s_pgi_linux86-64_openmpi-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp511d_pgi_linux86-64_openmpi-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp511s_pgi_linux86-64_mpich2
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp511d_pgi_linux86-64_mpich2
AMD64 SuSE Ent 11 MPICH 1.2.6 single mpp511s_pgi_linux86-64_mpich126
AMD64 SuSE Ent 11 MPICH 1.2.6 double mpp511d_pgi_linux86-64_mpich126
AMD64 SuSE Ent 11 HPMPI single mpp511s_pgi_linux86-64_hpmpi
--- --- HYBRID single mpp511s_pgi_linux86-64_hpmpi_hybrid
--- --- SHARELIB single mpp511s_pgi_linux86-64_hpmpi_sharelib
AMD64 SuSE Ent 11 HPMPI double mpp511d_pgi_linux86-64_hpmpi
--- --- HYBRID double mpp511d_pgi_linux86-64_hpmpi_hybrid
--- --- SHARELIB double mpp511d_pgi_linux86-64_hpmpi_sharelib
NEC/SX6 SUPER-UX 14.1 (64bit) NEC double mpp511d_necsx_151
--- --- HYBRID double mpp511d_necsx_151_hybrid
INTEL/AMD Win32 MPICH 1.2.5 single mpp971_s_R5.1.1_Intelsse_win32_mpich125.zip
INTEL/AMD Win32 MPICH 1.2.5 double mpp971_d_R5.1.1_Intelsse_win32_mpich125.zip
INTEL/AMD Win64 ANL MPI single mpp971_s_R5.1.1_winx64_anlmpi.zip
INTEL/AMD Win64 ANL MPI double mpp971_d_R5.1.1_winx64_anlmpi.zip
INTEL/AMD Win64 HP MPI single mpp971_s_R5.1.1_winx64_hpmpi.zip
INTEL/AMD Win64 HP MPI double mpp971_d_R5.1.1_winx64_hpmpi.zip
INTEL/AMD Win64 INTEL MPI single mpp971_s_R5.1.1_winx64_impi.zip
INTEL/AMD Win64 INTEL MPI double mpp971_d_R5.1.1_winx64_impi.zip
INTEL/AMD Win64 MS API single mpp971_s_R5.1.1_winx64_msmpi.zip
INTEL/AMD Win64 MS API double mpp971_d_R5.1.1_winx64_msmpi.zip
(*) NOT YET RELEASED

SMP LS-DYNA Version 971, Revision 5.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
    • Be sure to read the detailed MADYMO COUPLING README.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R5.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP/PA8000 HPUX 11.11 (64-bit) single ls971_s_R5_1_0_hppa8000_11.gz
HP/PA8000 HPUX 11.11 (64-bit) double ls971_d_R5_1_0_hppa8000_11.gz
HP/IA64 HPUX 11.23 single ls971_s_R5_1_0_ia64_hp11.gz
HP/IA64 HPUX 11.23 double ls971_d_R5_1_0_ia64_hp11.gz
HP/ALPHA OSF 5.1a with -fpel single ls971_s_R5_1_0_alpha_51a.gz
HP/ALPHA OSF 5.1a with -fpel double ls971_d_R5_1_0_alpha_51a.gz
IBM POWER6 AIX 5.3 single ls971_s_R5_1_0_ibmp6b.gz
IBM POWER6 AIX 5.3 double ls971_d_R5_1_0_ibmp6b.gz
INTEL/IA32 RedHat 3.0 single ls971_s_R5_1_0_ia32_redhat30.gz IG
INTEL/IA32 RedHat 3.0 double ls971_d_R5_1_0_ia32_redhat30.gz IG
AMD/Opteron RedHat 4.6 single ls971_s_R5_1_0_amd64_redhat46.gz IG,MC
AMD/Opteron RedHat 4.6 double ls971_d_R5_1_0_amd64_redhat46.gz IG
AMD/Opteron SuSE 10.0 single ls971_s_R5_1_0_amd64_suse10.gz IG,MC
AMD/Opteron SuSE 10.0 double ls971_d_R5_1_0_amd64_suse10.gz IG
AMD/Opteron SuSE 11.0 single ls971_s_R5_1_0_amd64_suse11.gz IG,MC
AMD/Opteron SuSE 11.0 double ls971_d_R5_1_0_amd64_suse11.gz IG
INTEL/IA64 RedHat 3.0 single ls971_s_R5_1_0_ia64_redhat38.gz IG
INTEL/IA64 RedHat 3.0 double ls971_d_R5_1_0_ia64_redhat38.gz IG
INTEL/IA64 SuSE 10.0 single ls971_s_R5_1_0_ia64_suse10.gz
INTEL/IA64 SuSE 10.0 double ls971_d_R5_1_0_ia64_suse10.gz
INTEL/Xeon64 RedHat 3.0 single ls971_s_R5_1_0_intel64_redhat39.gz MC
INTEL/Xeon64 RedHat 3.0 double ls971_d_R5_1_0_intel64_redhat39.gz
INTEL/Xeon64 RedHat 4.0 single ls971_s_R5_1_0_intel64_redhat47.gz IG,MC
INTEL/Xeon64 RedHat 4.0 double ls971_d_R5_1_0_intel64_redhat47.gz IG
INTEL/Xeon64 RedHat 5.0 single ls971_s_R5_1_0_intel64_redhat54.gz IG,MC
INTEL/Xeon64 RedHat 5.0 double ls971_d_R5_1_0_intel64_redhat54.gz IG
SGI/R10000 IRIX64 6.5 single ls971_s_R5_1_0_sgir10k_65.gz IG
SGI/R10000 IRIX64 6.5 double ls971_d_R5_1_0_sgir10k_65.gz IG
SUN/Ultra SUNOS 5.10 single ls971_s_R5_1_0_sun_510.gz
SUN/Ultra SUNOS 5.10 double ls971_d_R5_1_0_sun_510.gz
INTEL/AMD Microsoft Windows 32 single ls971_s_R5.1_win32_p.zip
INTEL/AMD Microsoft Windows 32 double ls971_d_R5.1_win32_p.zip
INTEL/AMD Microsoft Windows x64 single ls971_s_R5.1_winx64_p.zip
INTEL/AMD Microsoft Windows x64 double ls971_d_R5.1_winx64_p.zip
NEC/SX6 SUPER-UX 14.1 (64bit) double ls971_d_R5_1_necsx_151.gz

MPP-DYNA Version 971, Revision 5.1

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: If the UM link appears to the left of the archive name, then a USERMAT Development Package is available for download by clicking on the UM link which preceeds the link to the MPP-DYNA archive. To link with your user-defined material modules, you must use the same compilers and operating system used to build the corresponding MPP-DYNA executable. For complete information about the compilers and OS we used, please consult the detailed README file. We do not support other compilers, operating systems, or versions of MPI other than those listed.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA single mpp511s_amd64_linux_CrayRA
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA double mpp511d_amd64_linux_CrayRA
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA single mpp511s_xt_exe.tgz
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA double mpp511d_xt_exe.tgz
HP IA64 HP-UX B.11.22 HP MPI 01.08.03.00 single mpp511s_hpia64_11
HP IA64 HP-UX B.11.22 HP MPI 01.08.03.00 double mpp511d_hpia64_11
IBM PWR AIX 5.3 MPICH-gm 1.2.6 single mpp511s_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 MPICH-gm 1.2.6 double mpp511d_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 single mpp511s_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID single mpp511s_ibmpwr4_ppe4.3.1.2_aix53_hybrid
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 double mpp511d_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID double mpp511d_ibmpwr4_ppe4.3.1.2_aix53_hybrid
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp511s_sgir10k_65
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp511d_sgir10k_65
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp511s_ia64_SGIAltixPP5
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp511d_ia64_SGIAltixPP5
IA64 ALTIX 2.4.21-sgi306rp13 SGI ProPack 3 single mpp511s_ia64_SGIAltixPP3
IA64 ALTIX 2.4.21-sgi306rp13 SGI ProPack 3 double mpp511d_ia64_SGIAltixPP3
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp511s_Intel_linux86-64_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp511d_Intel_linux86-64_sgimpt
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp511s_Intel_linux86-64_sgimpt_hybrid
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp511d_Intel_linux86-64_sgimpt_hybrid
SUN SPARC SunOS 5.8 Sun HPC 5.0 single mpp511s_sun_SunOS58_HPC5.0
SUN SPARC SunOS 5.8 Sun HPC 5.0 double mpp511d_sun_SunOS58_HPC5.0
SUN SPARC SunOS 5.10 Sun HPC 8.2 single mpp511s_sun_SunOS510_HPC8.2
SUN SPARC SunOS 5.10 Sun HPC 8.2 double mpp511d_sun_SunOS510_HPC8.2
x86-64 SunOS 5.10 Sun HPC 8.2 single mpp511s_sun_5.10_HPC8.2_86-64
x86-64 SunOS 5.10 Sun HPC 8.2 double mpp511d_sun_5.10_HPC8.2_86-64
IA32 CentOS 3.9 OpenMPI 1.4.1 single mpp511s_ia32_linux_OpenMPI-141
IA32 CentOS 3.9 OpenMPI 1.4.1 double mpp511d_ia32_linux_OpenMPI-141
IA32 CentOS 3.9 MPICH 1.2.6 single mpp511s_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH 1.2.6 double mpp511d_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH2-1.2.1 single mpp511s_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 MPICH2-1.2.1 double mpp511d_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 HPMPI single mpp511s_ia32_linux_hpmpi
--- --- ANSYS single mpp511s_ia32_linux_hpmpi_ansys
--- --- SHARELIB single mpp511s_ia32_linux_hpmpi_sharelib
IA32 CentOS 3.9 HPMPI double mpp511d_ia32_linux_hpmpi
--- --- ANSYS double mpp511d_ia32_linux_hpmpi_ansys
--- --- SHARELIB double mpp511d_ia32_linux_hpmpi_sharelib
IA64 CentOS 3.8 OpenMPI 1.4.1 single mpp511s_ia64_linux_OpenMPI-141
IA64 CentOS 3.8 OpenMPI 1.4.1 double mpp511d_ia64_linux_OpenMPI-141
IA64 CentOS 3.8 MPICH 1.2.6 single mpp511s_ia64_linux_mpich126
IA64 CentOS 3.8 MPICH 1.2.6 double mpp511d_ia64_linux_mpich126
IA64 CentOS 3.8 MPICH 2-1.2.1 single mpp511s_ia64_linux_mpich2-1.2.1
IA64 CentOS 3.8 MPICH 2-1.2.1 double mpp511d_ia64_linux_mpich2-1.2.1
IA64 CentOS 3.8 HPMPI single mpp511s_ia64_linux_hpmpi
--- --- ANSYS single mpp511s_ia64_linux_hpmpi_ansys
--- --- SHARELIB single mpp511s_ia64_linux_hpmpi_sharelib
IA64 CentOS 3.8 HPMPI double mpp511d_ia64_linux_hpmpi
--- --- ANSYS double mpp511d_ia64_linux_hpmpi_ansys
--- --- SHARELIB double mpp511d_ia64_linux_hpmpi_sharelib
IA64 CentOS 3.8 Intel MPI single mpp511s_ia64_linux_IntelMPI
IA64 CentOS 3.8 Intel MPI double mpp511d_ia64_linux_IntelMPI
XEON64 CentOS 5.3 OpenMPI 1.4.1 single mpp511s_Intel_linux86-64_openmpi-141
--- --- HYBRID single mpp511s_Intel_linux86-64_openmpi-141_hybrid
XEON64 CentOS 5.3 OpenMPI 1.4.1 double mpp511d_Intel_linux86-64_openmpi-141
--- --- HYBRID double mpp511d_Intel_linux86-64_openmpi-141_hybrid
XEON64 CentOS 5.3 MPICH 1.2.6 single mpp511s_Intel_linux86-64_mpich126
XEON64 CentOS 5.3 MPICH 1.2.6 double mpp511d_Intel_linux86-64_mpich126
XEON64 CentOS 5.3 Intel MPI single mpp511s_Intel_linux86-64_IntelMPI
--- --- HYBRID single mpp511s_Intel_linux86-64_IntelMPI_hybrid
XEON64 CentOS 5.3 Intel MPI double mpp511d_Intel_linux86-64_IntelMPI
--- --- HYBRID double mpp511d_Intel_linux86-64_IntelMPI_hybrid
XEON64 CentOS 5.3 HPMPI single mpp511s_Intel_linux86-64_hpmpi
XEON64 CentOS 5.3 HPMPI single mpp511s_Intel_linux86-64_hpmpi_hybrid
--- --- ANSYS single mpp511s_Intel_linux86-64_hpmpi_ansys
--- --- SHARELIB single mpp511s_Intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 HPMPI double mpp511d_Intel_linux86-64_hpmpi
XEON64 CentOS 5.3 HPMPI double mpp511d_Intel_linux86-64_hpmpi_hybrid
--- --- ANSYS double mpp511d_Intel_linux86-64_hpmpi_ansys
--- --- SHARELIB double mpp511d_Intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 FJMPI single mpp511s_Intel_linux86-64_fjmpi
XEON64 CentOS 5.3 FJMPI double mpp511d_Intel_linux86-64_fjmpi
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp511s_PGI_linux86-64_OpenMPI-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp511d_PGI_linux86-64_OpenMPI-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp511s_PGI_linux86-64_mpich2
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp511d_PGI_linux86-64_mpich2
AMD64 SuSE Ent 11 MPICH 1.2.6 single mpp511s_PGI_linux86-64_mpich126
AMD64 SuSE Ent 11 MPICH 1.2.6 double mpp511d_PGI_linux86-64_mpich126
AMD64 SuSE Ent 11 HPMPI single mpp511s_PGI_linux86-64_hpmpi
--- --- HYBRID single mpp511s_PGI_linux86-64_hpmpi_hybrid
--- --- SHARELIB single mpp511s_PGI_linux86-64_hpmpi_sharelib
AMD64 SuSE Ent 11 HPMPI double mpp511d_PGI_linux86-64_hpmpi
--- --- HYBRID double mpp511d_PGI_linux86-64_hpmpi_hybrid
--- --- SHARELIB double mpp511d_PGI_linux86-64_hpmpi_sharelib
INTEL/AMD Win32 ANL MPI single mpp971_s_R5.1_Intelsse_win32_anlmpi2.zip
INTEL/AMD Win32 ANL MPI double mpp971_d_R5.1_Intelsse_win32_anlmpi2.zip
INTEL/AMD Win32 MPICH 1.2.5 single mpp971_s_R5.1_Intelsse_win32_mpich125.zip
INTEL/AMD Win32 MPICH 1.2.5 double mpp971_d_R5.1_Intelsse_win32_mpich125.zip
INTEL/AMD Win64 ANL MPI single mpp971_s_R5.1_winx64_anlmpi.zip
INTEL/AMD Win64 ANL MPI double mpp971_d_R5.1_winx64_anlmpi.zip
INTEL/AMD Win64 HP MPI single mpp971_s_R5.1_winx64_hpmpi.zip
INTEL/AMD Win64 HP MPI double mpp971_d_R5.1_winx64_hpmpi.zip
INTEL/AMD Win64 INTEL MPI single mpp971_s_R5.1_winx64_impi.zip
INTEL/AMD Win64 INTEL MPI double mpp971_d_R5.1_winx64_impi.zip
INTEL/AMD Win64 MS API single mpp971_s_R5.1_winx64_msmpi.zip
INTEL/AMD Win64 MS API double mpp971_d_R5.1_winx64_msmpi.zip
NEC/SX6 SUPER-UX 14.1 (64bit) NEC double mpp971_d_5.1_necsx_151.tar.gz
--- --- HYBRID double mpp971_d_5.1_necsx_151_hybrid.tar.gz

SMP LS-DYNA Version 971, Revision 5.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  3. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  4. MADYMO COUPLING: Some versions of SMP LS-DYNA are built with the MADYMO coupling.
    • Look for MC in the NOTES column for versions of LS-DYNA with MADYMO.
  5. PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
  6. ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
  7. RELEASE NOTES: Notes specifically about LS971 R5.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
HARDWARE OS SNG/DBL ARCHIVE NOTES
HP/PA8000 HPUX 11.11 (64-bit) single ls971_s_R5_0_hppa8000_11.gz
HP/PA8000 HPUX 11.11 (64-bit) double ls971_d_R5_0_hppa8000_11.gz
HP/IA64 HPUX 11.23 single ls971_s_R5_0_ia64_hp11.gz
HP/IA64 HPUX 11.23 double ls971_d_R5_0_ia64_hp11.gz
HP/ALPHA OSF 5.1a with -fpel single ls971_s_R5_0_alpha_51a.gz
HP/ALPHA OSF 5.1a with -fpel double ls971_d_R5_0_alpha_51a.gz
IBM POWER6 AIX 5.3 single ls971_s_R5_0_ibmpwr6_aix53.gz
IBM POWER6 AIX 5.3 double ls971_d_R5_0_ibmpwr6_aix53.gz
INTEL/IA32 RedHat 3.0 single ls971_s_R5_0_ia32_redhat39.gz IG
INTEL/IA32 RedHat 3.0 double ls971_d_R5_0_ia32_redhat39.gz IG
AMD/Opteron SuSE 10.0 single ls971_s_R5_0_amd64_suse10.gz IG,MC
AMD/Opteron SuSE 10.0 double ls971_d_R5_0_amd64_suse10.gz IG
AMD/Opteron RedHat 4.6 single ls971_s_R5_0_amd64_redhat46.gz IG,MC
AMD/Opteron RedHat 4.6 double ls971_d_R5_0_amd64_redhat46.gz IG
AMD/Opteron RedHat 5.0 single ls971_s_R5_0_amd64_redhat54.gz IG,MC
AMD/Opteron RedHat 5.0 double ls971_d_R5_0_amd64_redhat54.gz IG
INTEL/IA64 RedHat 3.0/4.0 single ls971_s_R5_0_ia64_redhat38.gz IG
INTEL/IA64 RedHat 3.0/4.0 double ls971_d_R5_0_ia64_redhat38.gz IG
INTEL/IA64 SuSE 10.0 single ls971_s_R5_0_ia64_suse10.gz
INTEL/IA64 SuSE 10.0 double ls971_d_R5_0_ia64_suse10.gz
INTEL/Xeon64 RedHat 3.0 single ls971_s_R5_0_intel64_redhat39.gz MC
INTEL/Xeon64 RedHat 3.0 double ls971_d_R5_0_intel64_redhat39.gz
INTEL/Xeon64 RedHat 4.0 single ls971_s_R5_0_intel64_redhat47.gz IG,MC
INTEL/Xeon64 RedHat 4.0 double ls971_d_R5_0_intel64_redhat47.gz IG
INTEL/Xeon64 RedHat 5.0 single ls971_s_R5_0_intel64_redhat54.gz IG,MC
INTEL/Xeon64 RedHat 5.0 double ls971_d_R5_0_intel64_redhat54.gz IG
SGI/R10000 IRIX64 6.5 single ls971_s_R5_0_sgir10k_65.gz IG
SGI/R10000 IRIX64 6.5 double ls971_d_R5_0_sgir10k_65.gz IG
SUN/Ultra SUNOS 5.10 single ls971_s_R5_0_sun_510.gz
SUN/Ultra SUNOS 5.10 double ls971_d_R5_0_sun_510.gz
INTEL/AMD Microsoft Windows 32 single ls971_s_R5.0_win32_p.zip
INTEL/AMD Microsoft Windows 32 double ls971_d_R5.0_win32_p.zip
INTEL/AMD Microsoft Windows x64 single ls971_s_R5.0_winx64_p.zip
INTEL/AMD Microsoft Windows x64 double ls971_d_R5.0_winx64_p.zip
NEC/SX6 SUPER-UX 14.1 (64bit) double ls971_d_R5_0_necsx_151.gz
--- UPDATE double ls971_d_R5_0_necsx_151.21012011.gz

MPP-DYNA Version 971, Revision 5.0

  1. BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
  2. RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
  3. SET UP: This README describes the archive contents, and how to configure your system to use any required dynamic libraries.
  4. LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
  5. NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
  6. USER DEFINED MATERIALS: If the UM link appears to the left of the archive name, then a USERMAT Development Package is available for download by clicking on the UM link which preceeds the link to the MPP-DYNA archive. To link with your user-defined material modules, you must use the same compilers and operating system used to build the corresponding MPP-DYNA executable. For complete information about the compilers and OS we used, please consult the detailed README file. We do not support other compilers, operating systems, or versions of MPI other than those listed.
  7. HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
HARDWARE OS MPI SNG/DBL ARCHIVE
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA single mpp500s_amd64_linux_CrayRA
CRAY XD1Z Linux 2.6.5_H_01_03 CRAY mpich-1.2.6 RA double mpp500d_amd64_linux_CrayRA
HP/PA8000 HPUX 11.11 (64-bit) HP MPI single mpp500s_hppa8k_hpux11
HP/PA8000 HPUX 11.11 (64-bit) HP MPI double mpp500d_hppa8k_hpux11
HP IA64 HP-UX B.11.22 HP MPI 01.08.03.00 single mpp500s_hpia64_11
HP IA64 HP-UX B.11.22 HP MPI 01.08.03.00 double mpp500d_hpia64_11
IBM PWR AIX 5.3 MPICH-gm 1.2.6 single mpp500s_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 MPICH-gm 1.2.6 double mpp500d_ibmpwr4_mpich_gm_aix53
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 single mpp500s_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID single mpp500s_ibmpwr4_ppe4.3.1.2_aix53_hybrid
IBM PWR AIX 5.3 PPE.POE 4.3.1.2 double mpp500d_ibmpwr4_ppe4.3.1.2_aix53
--- --- HYBRID double mpp500d_ibmpwr4_ppe4.3.1.2_aix53_hybrid
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) single mpp500s_sgir10k_65
SGI MIPS IRIX64 6.5 MPI 4.4 (MPT 1.9) double mpp500d_sgir10k_65
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 single mpp500s_ia64_SGIAltixPP5
IA64 ALTIX 2.6.16.60-0.23 SGI ProPack 5-SGI500R3 double mpp500d_ia64_SGIAltixPP5
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 single mpp500s_Intel_linux86-64_sgimpt
--- --- HYBRID single mpp500s_Intel_linux86-64_sgimpt_hybrid
XEON64 ALTIX 2.6.16.46-0.12 SGI ProPack 3.4 double mpp500d_Intel_linux86-64_sgimpt
--- --- HYBRID double mpp500d_Intel_linux86-64_sgimpt_hybrid
SUN SPARC SunOS 5.8 Sun HPC 5.0 single mpp500s_sun_SunOS58_HPC5.0
SUN SPARC SunOS 5.8 Sun HPC 5.0 double mpp500d_sun_SunOS58_HPC5.0
SUN SPARC SunOS 5.10 Sun HPC 8.2 single mpp500s_sun_SunOS510_HPC8.2
SUN SPARC SunOS 5.10 Sun HPC 8.2 double mpp500d_sun_SunOS510_HPC8.2
x86-64 SunOS 5.10 Sun HPC 8.2 single mpp500s_sun_5.10_HPC8.2_86-64
x86-64 SunOS 5.10 Sun HPC 8.2 double mpp500d_sun_5.10_HPC8.2_86-64
IA32 CentOS 3.9 OpenMPI 1.4.1 single mpp500s_ia32_linux_OpenMPI-141
IA32 CentOS 3.9 OpenMPI 1.4.1 double mpp500d_ia32_linux_OpenMPI-141
IA32 CentOS 3.9 MPICH 1.2.6 single mpp500s_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH 1.2.6 double mpp500d_ia32_linux_mpich126
IA32 CentOS 3.9 MPICH2-1.2.1 single mpp500s_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 MPICH2-1.2.1 double mpp500d_ia32_linux_mpich2-1.2.1
IA32 CentOS 3.9 HPMPI single mpp500s_ia32_linux_hpmpi
--- --- ANSYS single mpp500s_ia32_linux_hpmpi_ansys
--- --- SHARELIB single mpp500s_ia32_linux_hpmpi_sharelib
IA32 CentOS 3.9 HPMPI double mpp500d_ia32_linux_hpmpi
--- --- ANSYS double mpp500d_ia32_linux_hpmpi_ansys
--- --- SHARELIB double mpp500d_ia32_linux_hpmpi_sharelib
IA64 CentOS 3.8 OpenMPI 1.4.1 single mpp500s_ia64_linux_OpenMPI-141
IA64 CentOS 3.8 OpenMPI 1.4.1 double mpp500d_ia64_linux_OpenMPI-141
IA64 CentOS 3.8 MPICH 1.2.6 single mpp500s_ia64_linux_mpich126
IA64 CentOS 3.8 MPICH 1.2.6 double mpp500d_ia64_linux_mpich126
IA64 CentOS 3.8 HPMPI single mpp500s_ia64_linux_hpmpi
--- --- ANSYS single mpp500s_ia64_linux_hpmpi_ansys
--- --- SHARELIB single mpp500s_ia64_linux_hpmpi_sharelib
IA64 CentOS 3.8 HPMPI double mpp500d_ia64_linux_hpmpi
--- --- ANSYS double mpp500d_ia64_linux_hpmpi_ansys
IA64 CentOS 3.8 Intel MPI single mpp500s_ia64_linux_IntelMPI
IA64 CentOS 3.8 Intel MPI double mpp500d_ia64_linux_IntelMPI
XEON64 CentOS 5.3 OpenMPI 1.4.1 single mpp500s_Intel_linux86-64_OpenMPI-141
XEON64 CentOS 5.3 OpenMPI 1.4.1 double mpp500d_Intel_linux86-64_OpenMPI-141
XEON64 CentOS 5.3 MPICH 1.2.6 single mpp500s_Intel_linux86-64_mpich
XEON64 CentOS 5.3 MPICH 1.2.6 double mpp500d_Intel_linux86-64_mpich
XEON64 CentOS 5.3 MPICH2-1.2.1 single mpp500s_Intel_linux86-64_mpich2-1.2.1
XEON64 CentOS 5.3 MPICH2-1.2.1 double mpp500d_Intel_linux86-64_mpich2-1.2.1
XEON64 CentOS 5.3 Intel MPI single mpp500s_Intel_linux86-64_IntelMPI
--- --- HYBRID single mpp500s_Intel_linux86-64_IntelMPI_hybrid
XEON64 CentOS 5.3 Intel MPI double mpp500d_Intel_linux86-64_IntelMPI
--- --- HYBRID double mpp500d_Intel_linux86-64_IntelMPI_hybrid
XEON64 CentOS 5.3 HPMPI single mpp500s_Intel_linux86-64_hpmpi
--- --- HYBRID single mpp500s_Intel_linux86-64_hpmpi_hybrid
--- --- ANSYS single mpp500s_Intel_linux86-64_hpmpi_ansys
--- --- SHARELIB single mpp500s_Intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 HPMPI double mpp500d_Intel_linux86-64_hpmpi
--- --- HYBRID double mpp500d_Intel_linux86-64_hpmpi_hybrid
--- --- ANSYS double mpp500d_Intel_linux86-64_hpmpi_ansys
--- --- SHARELIB double mpp500d_Intel_linux86-64_hpmpi_sharelib
XEON64 CentOS 5.3 FJMPI single mpp500s_Intel_linux86-64_fjmpi.usermat
XEON64 CentOS 5.3 FJMPI double mpp500d_Intel_linux86-64_fjmpi.usermat
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp500s_PGI_linux86-64_OpenMPI-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp500d_PGI_linux86-64_OpenMPI-141
AMD64 SuSE Ent 11 OpenMPI 1.4.1 single mpp500s_PGI_linux86-64_mpich2
AMD64 SuSE Ent 11 OpenMPI 1.4.1 double mpp500d_PGI_linux86-64_mpich2
AMD64 SuSE Ent 11 MPICH 1.2.6 single mpp500s_PGI_linux86-64_mpich126
AMD64 SuSE Ent 11 MPICH 1.2.6 double mpp500d_PGI_linux86-64_mpich126
AMD64 SuSE Ent 11 HPMPI single mpp500s_PGI_linux86-64_hpmpi
--- --- HYBRID single mpp500s_PGI_linux86-64_hpmpi_hybrid
--- --- SHARELIB single mpp500s_PGI_linux86-64_hpmpi_sharelib
AMD64 SuSE Ent 11 HPMPI double mpp500d_PGI_linux86-64_hpmpi
--- --- HYBRID double mpp500d_PGI_linux86-64_hpmpi_hybrid
--- --- SHARELIB double mpp500d_PGI_linux86-64_hpmpi_sharelib
NEC/SX6 SUPER-UX 14.1 (64bit) (???) double mpp500d_necsx_151
--- --- UPDATE double mpp500d_necsx_151.21012011
--- --- HYBRID double mpp500d_necsx_151_hybrid
--- --- HYBRID UPDATE double mpp500d_necsx_151_hybrid.21012011
INTEL/AMD WIN32 MPICH 1.2.5 single mpp971_s_R5.0_Intelsse_win32_mpich125.zip
INTEL/AMD WIN32 MPICH 1.2.5 double mpp971_d_R5.0_Intelsse_win32_mpich125.zip
INTEL/AMD WIN32 ANLMPI 2 single mpp971_s_R5.0_Intelsse_win32_anlmpi2.zip
INTEL/AMD WIN32 ANLMPI 2 double mpp971_d_R5.0_Intelsse_win32_anlmpi2.zip
INTEL/AMD WIN64 HPMPI single mpp971_s_R5.0_winx64_hpmpi.zip
INTEL/AMD WIN64 HPMPI double mpp971_d_R5.0_winx64_hpmpi.zip
INTEL/AMD WIN64 INTELMPI single mpp971_s_R5.0_winx64_impi.zip
INTEL/AMD WIN64 INTELMPI double mpp971_d_R5.0_winx64_impi.zip
INTEL/AMD WIN64 ANLMPI single mpp971_s_R5.0_winx64_anlmpi.zip
INTEL/AMD WIN64 ANLMPI double mpp971_d_R5.0_winx64_anlmpi.zip
INTEL/AMD WIN64 MSMPI single mpp971_s_R5.0_winx64_msmpi.zip
INTEL/AMD WIN64 MSMPI double mpp971_d_R5.0_winx64_msmpi.zip