Download LS-DYNA for UNIX/Linux/Solaris
Table of Contents
- SMP LS-DYNA R10.1.0
- MPP LS-DYNA R10.1.0
- SMP LS-DYNA R10.0.0
- MPP LS-DYNA R10.0.0
- SMP LS-DYNA R9.2.0
- MPP LS-DYNA R9.2.0
- SMP LS-DYNA R9.1.0
- MPP LS-DYNA R9.1.0
- SMP LS-DYNA R9.0.1
- MPP LS-DYNA R9.0.1
- SMP LS-DYNA R8.1.0
- MPP LS-DYNA R8.1.0
- SMP LS-DYNA R8.0.0
- MPP LS-DYNA R8.0.0
- SMP LS-DYNA R7.1.2
- MPP LS-DYNA R7.1.2
- SMP LS-DYNA R7.1.1
- MPP LS-DYNA R7.1.1
- SMP LS-DYNA R7.0.0
- MPP LS-DYNA R7.0.0
- SMP LS-DYNA Version 971 R6.1.1
- MPP-DYNA Version 971 R6.1.1
- SMP LS-DYNA Version 971 R6.1.0
- MPP-DYNA Version 971 R6.1.0
- SMP LS-DYNA Version 971 R6.0.0
- MPP-DYNA Version 971 R6.0.0
- SMP LS-DYNA Version 971 R5.1.1
- MPP-DYNA Version 971 R5.1.1
- SMP LS-DYNA Version 971 R5.1
- MPP-DYNA Version 971 R5.1
- SMP LS-DYNA Version 971 R5.0
- MPP-DYNA Version 971 R5.0
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:
- 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:
- mpp971_s_R5.1_64536_PGI_linux86-64_OpenMPI-141
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
(*) NOT YET RELEASED
SMP LS-DYNA R10.0.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
(*) NOT YET RELEASED
SMP LS-DYNA R9.2.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R9.1.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R9.0.1
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R8.1.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R8.0.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R7.1.2
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R7.1.1
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA R7.0.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- RELEASE NOTES: Notes specifically about LS-DYNA R7.0.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
(*) TO BE RELEASED LATER
MPP LS-DYNA 7.0.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA Version 971, Revision 6.1.1
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- RELEASE NOTES: Notes specifically about LS971 R6.1.1.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
(*) TO BE RELEASED LATER
MPP-DYNA Version 971, Revision 6.1.1
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA Version 971, Revision 6.1.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- RELEASE NOTES: Notes specifically about LS971 R6.1.0.
NOTES: IG=Interactive Graphics, MC=MADYMO Coupling
(*) TO BE RELEASED LATER
MPP-DYNA Version 971, Revision 6.1.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- USER DEFINED MATERIALS: Contact LSTC for information about accessing the User-Defined Materials Libraries.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA Version 971, Revision 6.0.0
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- HYBRID: The HYBRID version of MPP-DYNA uses a combination of SMP and MPP.
(*) NOT YET RELEASED
SMP LS-DYNA Version 971, Revision 5.1.1
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use run dynamically linked executables.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- PLATFORM NOTES: There are notes about various supported platform concerning how to run and relink LS-DYNA.
- HP/PA8000
- IBM
- IBM XLF COMPILER
- SGI (Browser may require you to download this file before viewing as text.)
- SGI SCSL (Browser may require you to download this file before viewing as text.)
- SUN (Browser may require you to download this file before viewing as text.)
- PGI compiler libraries
- ENVIRONMENT VARIABLES: Notes about common LS-DYNA environment variables are in this ENV VAR README.
- 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
- BUILD INFORMATION: Contains Hardware/OS/Compiler information for all BUILDS
- RUNNING MPP-DYNA: MPP-DYNA executables must be started using MPI commands. Read about this in the HOWTO EXECUTE readme file.
- SET UP: This README describes the archive contents, and how to configure your system to use any required dynamic libraries.
- LOCAL LICENSE: Be sure to read the INSTALLATION INSTRUCTIONS if you are using the program with a local (i.e., node-locked) license.
- NETWORK LICENSE: To use LS-DYNA with a network license, read sections VII and VIII in the LSTC License Software INSTALLATION guide.
- 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.
- 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 |