#How to set gpu abaqus 6.14 manual
These scripts can adapt the packages to many kinds of UNIX-like systems without manual user intervention.
#How to set gpu abaqus 6.14 software
The main known usage of Ant is the build of Java applications.ĪSE is a python package providing an open source Atomic Simulation Environment in the Python scripting language.įoss/2020b, foss/2021a, fosscuda/2020b, intel/2020b, intel/2021aĪutoconf is an extensible package of M4 macros that produce shell scripts to automatically configure software source code packages. Set TYPE= NODE TO SURFACE (default for all cases in Abaqus/Explicit) to have the tie coefficients generated according to the interpolation functions at the point where the slave node projects onto the master surface.ABAQUS - ABINIT - ABRA2 - ABRicate - abTEM - ABySS - ack - ACT - ACTC - ada - AdapterRemoval - ADDA - ADF - ADIOS - adjustText - ADMIXTURE - ADOL-C - Advisor - AFNI - AGFusion - aiohttp - ALADIN - Albacore - ALFA - alleleCount - Allinea - ALLPATHS-LG - almosthere - Alpha - AlphaFold - ALPS - alsa-lib - Amara - amask - Amber - AmberMini - AmberTools - AMD-LibM - AMD-RNG - AMD-SecureRNG - AMOS - AMPHORA2 - AMPL-MP - amplimap - AmrPlusPlus - Anaconda2 - Anaconda3 - aNCI - andi - angsd - ANIcalculator - Annif - annovar - ANSYS - ANSYS_CFD - ant - antiSMASH - ANTLR - ANTs - anvio - any2fasta - AOCC - AOMP - APBS - apex - APR - APR-util - ARAGORN - Arb - arcasHLA - ARCH - Archive-Zip - archspec - ARGoS - argtable - aria2 - Arlequin - Armadillo - ARPACK++ - arpack-ng - ArrayFire - Arriba - Arrow - arrow-R - ART - artic-ncov2019 - ARTS - ArviZ - ARWEN - ASAP - ASAP3 - ASE - ASHS - Aspera-CLI - Aspera-Connect - assimp - Assimulo - ASTRID - astropy - at-spi2-atk - at-spi2-core - ATK - ATLAS - atomate - AtomPAW - atools - ATSAS - attr - attrdict - augur - AUGUSTUS - AUTO-07p - Autoconf - Autoconf-archive - AutoDock - AutoDock_Vina - AutoGeneS - AutoGrid - Automake - AutoMap - autopep8 - Autotools - awscliĪpache Ant is a Java library and command-line tool whose mission is to drive processes described in build files as targets and extension points dependent upon each other. Set TYPE= SURFACE TO SURFACE (default for most cases in Abaqus/Standard) to have the tie coefficients generated such that stress accuracy is optimized for the specified surface type pairings. Include this parameter to ignore shell thickness effects in calculations involving position tolerances and adjustments for initial gaps. If this parameter is omitted, any existing rotation degrees of freedom will be tied if applicable, in addition to the translation degrees of freedom. Include this parameter if rotation degrees of freedom should not be tied. This parameter can be used only in conjunction with the CYCLIC SYMMETRY MODEL option. Include this parameter to invoke a constraint between the faces bounding a repetitive sector of a cyclic symmetric structure. This parameter applies only to Abaqus/Standard analyses. By default, Abaqus will attempt to choose this distance such that the translational constraint acts precisely at the interface. Set this parameter equal to the fractional distance between the master reference surface and the slave node at which the translational constraint should act.
This parameter applies only when two surfaces with rotational degrees of freedom are tied with an offset but the NO ROTATION parameter is used. This is the default if the slave surface belongs to a substructure or if one or more of the surfaces is beam element-based. Set ADJUST= NO if the slave nodes will not be moved. Set ADJUST= YES (default) to move all tied nodes on the slave surface onto the master surface in the initial configuration, without any strain.
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