Siemens Simcenter Nastran 2019.2-1872 Linux





Siemens Simcenter Nastran 2019.2-1872 Linux | 1.4 Gb


The Simcenter team is pleased to announce the availability of Nastran 2019.2, Version 1872. This release includes fixed Problem Reports (PRs) and software caveats.


The following list summarizes the problems that are fixed in Simcenter Nastran 2019.2.
9430338 Running DMP on SOL 108 with FRF sets does not produce results at somefrequencies.
9366533 Incorrect data recovery for upstream Super Elements if sparse data recovery isused.
9378423 SOL 112 with RESVEC(NODYNRSP) gets wrong answers in SCN2019.1 whendegenerate eigenvalues are present.
9361350 RVEL on non-existing elements is ignored
9358943 Using SUPORT and STATSUB case control together produces SFM 6143 (UMRGE1)
9304651 Wrong MPC forces with FRF components.
9371230 Corrected a crash due to inappropriate handling of CBUSH element in SOL 200. Itoccured in case a CBUSH element supported both temperature loads on its nodesand an element response (e.g. FORCE).
9371235 Clarified error message when temperatures are missing from elements.
9367708 Added a fatal error when an invalid single quote character ' is in the input filename
9344047 Reformatted log file timing in Linux to be consistent with Windows
9412752 SOL 401 fails to trap the case when there is no support for kinematic hardening.
9336175 There is an issue with damping during bolt iterations which is activated byparameter BOLTDAMP on NXSTRAT card in NX Nastran 12.2 .
9286203 SOL 601 outputs extra results if the SEPDIS option on BCRRESULTS case controlcommand is requested and skip factor on TSTEP option is used
9251697 The total strain is not equal to the sum of thermal and elastic strain from theoutput values for old parabolic shells in SOL 101.
9443424 OTEMP results for models containing parabolic shells (CQUAD8 and CTRIA6) wereincorrectly reported due to bug in the results recovery code.
8413597 SOL 401 Dynamics analysis subcase fails to converge for models containing CBUSHand CBUSH1D elements with scalar damping value specified either on PBUSH orPBUSH1D card.
9395170 SOL 401 Dynamics analysis subcase ignores damping imposed through GE/W4options for LGDISP=+1 analysis when Stress stiffness is used (which is used bydefault).
9392420 For problems using BOLTSEQ,use of NINC value on TSTEP1 card instead ofBOLTSEQ card causing missed inermediate results from being output.
9350273 For type 2 bolts with NINC=1, bisection logic wasn't actually cutting back the loadafter bisection resulting in failure to solve.
9365451 In SOL 402, if the problem name contained parentheses "()", the solution wouldfatal with a misleading error message "FATAL SYNTAX ERROR IN A LOGICALCOMMAND."
8406458 In SOL 402, if a model contains both contacts BCTSET and gluing BGSET, thecontact parameters BCTPAR2 might not be associated to the correct contactBCTSET, depending on the order of the cards.
9398734 In SOL 402, when requesting the GPFORCES output, depending on the size of themodel, a fatal error could occur due to a mis-match in an array size. Removing theoutput request would by-pass the problem.
9410713 A nastran SOL 401 deck with a time-varying RFORCE/RFORCE1 and additionalfollower type static (non-time-varying) load, for example static pressure or FORCE1can give incorrect result and cause convergence problem.
9285115 A transient SOL 401 Thermo-mechanical multi-physics model with a time-varyingRFORCE/RFORCE1 and multi-physics pressure load can encounter convergenceproblem.
9273010 The CQUAD8 element formulation used by nastran in releases prior to NXN 1872 can give wrong results in buckling problems.
8402864 SOL 108 Random analysis scales poorly with the number of subcases
9389580 For CELAS element, when it is inactive, its initial element stiffness matrix is notscaled down. So it needs to multiply its initial element stiffness matrix by a scalefactor to fix this [Misafirler Kayıt Olmadan Link Göremezler Lütfen Kayıt İçin Tıklayın ! ]

Language: english
System Requirements: Linux
Supported Operating Systems: *
Size: 1.4 Gb


The following tables list the supported 64-bit operating system requirements to run Simcenter Nastran 2019.2. The product was tested using these operating system levels.
Linux (64-bit)
- SUSE SLES 12 SP3
- SUSE SLES 15
- Red Hat ES 7.0
- Red Hat ES 7.5
- Centos 7.0
- Centos 7.5


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