August 5, 2020
BETA CAE Systems announces the release of the v20.1.3 of its software suite
About this release
BETA CAE Systems announces the release of the new ANSA/EPILYSIS/META suite v20.1.3.
Apart from fixes in the detected issues, this version also hosts numerous noteworthy enhancements and implementations.
The most important enhancements and fixes implemented are listed below.
Enhancements and known issues resolved in ANSA
Enhancements in ANSA
CAD to ANSA Translators
The new library of CoreTechnologie (CT 2020 SP1 HF) is now available, supporting the formats of NX1899 (UGOpen) and Inventor 2020, in addition to the already existing ones.
Modular Run Management
The Assembly and specifically the Assembly Sets from now on directly reference the Loadcase as connectivity, instead of a list of the contained Subsystems/Library Items.
In the area of Loadcases/Assembly, unloading modules (Subsystem or Library Item) with defined A_POINTs/LC_POINTs is no longer an issue for the proper and automatic re-attachment of all affected entities when the container is loaded back.
Moreover, Loadcases and/or Simulation Runs can contain all the Loadcase Assistant related entities in the definition file during "Save in DM", backed up by dedicated ANSA.defaults settings.
Focusing on CFD mesh, the quality of anisotropic mixed/quad type mesh has been significantly enhanced.
Significant performance improvements when working with a model in NVH Console (opening lists from within NVH Console, opening Loadcase Manager). The larger the number of the existing entities (Tables, Loads, Coordinate Systems, etc), the bigger the performance improvement that is achieved.
Known issues resolved in ANSA
Modular Run Management
Loadcases/Assembly: Reloading a module (Subsystem or Library Item) attached to Connectors, Boundary Conditions, or other entities via its A_POINTs/LC_POINTs, could erroneously mark the Model Container of those affected entities as modified.
Intermodular Assembly: Domain Finders with status "ok" would retain their status when Subsystems were reloaded in the model, although the new Subsystem content could potentially affect their search result. From now on during Build, the search result of Domain Finders will be verified, even when their status is "ok". In case discrepancies are detected, the Domain Finders will be re-applied and will mark their Model Container as modified.
Model Browser: Setting a Model Browser container as Working MB Container would only unload the previous working container. Model Browser containers not previously marked as working, would not be unloaded. Moreover, marking a Model Browser container as Working MB Container would erroneously unload common, between the previous and the current working container, entities.
Subsystems: From now on, any id adaptation applied to a loaded base module (Subsystem or Library Item) will be removed automatically on "Save in DM" of the base module as an ANSA or solver keyword file. In this way, the file of the base module will contain ids in the source, un-adapted range.
The Hexa Interior algorithm of unstructured mesh would possibly not succeed, reporting Kernel Error 41.
Unexpected termination could occur when the Conv2Poly function was used on Light Volume representation elements.
NASTRAN Header would not be correctly read, in case it contained an empty Set.
Furthermore, unexpected termination would occur while reading a NASTRAN file containing two Sets with the same id, one of which was a part of a Superelement.
ANSA would not exit properly, if NVH-Console was running.
Calculation of System Modes based on FAST SOL103 (by using the modal basis of each component) with EPILYSIS most of the times resulted in errors.
Unexpected termination would occur, when Geometry Similarity was enabled in the Settings and Cross SectionĀfs Multicut function was used.
Enhancements and known issues resolved in META
Enhancements in META
Project Files & METADB
When loading a .metadb file via drag and drop while a geometry file is already read in META, a menu pops up to handle the .metadb file.
Known issues resolved in META
Unexpected termination could occur upon reading a new model, if the Render functionality was enabled in multiple windows.
Read Results - ASCII
The reading of results from column ASCII files was distorted in versions 20.0.4 and 20.1.2.
Unexpected termination could occur while reading results from more than one lossy .metadb file.
META could terminate unexpectedly while reading some layer results of Theseus ?FE, as well as while reading part hierarchy of a specific model through HyperMesh comments.
Differences in HDF format written by NASTRAN v2020 compared to v2020 ALPHA caused an unexpected termination when trying to read the file.
In v20.1.1 and v20.1.2, the FRF Assembly Tool Check reported errors when TPA fractions with connections forces / transfer functions / point mobility results were requested and FRFs did not exist for each path related to a loading DOF to itself (necessary for point mobility results). This stopped the calculation of TPA fractions also in cases point mobility was not of importance and only connections forces / transfer functions were needed, e.g the calculation of TPA fractions after using the toolbar TPA from Forces and FRFs. Now a warning is displayed instead and the calculation proceeds.
Moreover, focusing on Modal Parameter Estimation, since v20.0.0 curves were not created when the option to plot curves was selected, without the option to output to .unv file at the end of the analysis. The problem appeared only when applying the function from GUI, whereas it was applied correctly when using the respective command.
CAD data translator
The supported CAD-data formats handled by the CAD DATA Translators are listed below.
-CATIA V5 (R7 - V5-6R2019(CATIA V5 R29)) [.CATPart],[.CATProduct]
Tesselated data [.cgr]
-CATIA V6 (2011x - 2013x)) [.3Dxml]
-3DExperience (2014 - 2018x) [.3Dxml]
-NX (CT based, Unigraphics V11.0 - NX1872) [.prt]
-NX (UG Open based, NX9, NX10, NX11, NX12,NX1899) [.prt]
-Parasolid (all - 31) [.xmt_txt],[.xmt_bin],[.x_b],[.x_t]
-Pro/ENGINEER (from WF3 to WF5),
PTC Creo Parametric 2.0 M140, PTC Creo Parametric 3.0 M020,
PTC Creo Parametric 3.0 M030, PTC Creo Parametric 3.0 M040,
PTC Creo Parametric 3.0 M090, PTC Creo Parametric 4.0 F000
PTC Creo Parametric 5.0 F000 PTC Creo Parametric 6.0 F000 [.prt],[.asm]
-SolidWorks (2007 - 2020) [.sldprt],[.sldasm]
-JT (v8.0 - v10.0) [.jt]
-Inventor (2010 - 2020) [.ipt],[.iam]
-Rhino(up to v5) [.3dm]
Recommended GPU (OpenCL Support) requirements
The following presents the recommended GPU requirements for ANSA-META v14.x.x and later:
Radeon HD 7xxx, 6xxx (with at least 1GB of video memory size)
Firepro W series, V series (with at least 1GB of video memory size)
Tesla (all) (with at least 1GB of video memory size)
Quadro (with at least 1GB of video memory size)
i3, i5, i7
(Intel Platform is also supported, with the prerequisite that "Intel SDK for OpenCL Applications 2012-13" is already installed.)
Virtual Machine Environment
-Any instance of an application launched through a Virtual Machine or Machine of NIC Teamng will not
share the same license and will occupy the prescribed number of credits.