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Oct 20

BETA-CAE Systems v23.0.1 (x64)

BETA-CAE Systems v23.0.1 (x64)


BETA-CAE Systems v23.0.1 (x64) | 2.55 GB | Language: English

BETA CAE Systems announces the release of the 23.0.1 of its software suite. The first bug-fix release of 23.x.x series comes to support the plethora of new tools and features, introduced recently with the version 23.0.0.

BETA CAE Systems 23.0.1 release notes – Date: October 14, 2022

Known issues resolved in ANSA
CAD to ANSA Translators
– ⋆.plmxml files would not be successfully interpreted via the standalone CAD to ANSA translators.
– Significant performance and memory footprint improvement, when a Focus-related functionality, such as Near, is applied on solid elements.
– Similarly, the opening an ANSA database that contains rigid elements defined on nodes, and connecting more than 100000 nodes, has been accelerated and reverted to normal time and performance execution.
GUI Settings & Mouse Operations
– Unexpected model rotation would be observed when changing mouse button operations settings.
Modular Run Management
– Abnormal termination could occur during the execution of Check Templates through the Build Process of Subsystems.
– “Next Iteration” on Simulation Models, containing solver Subsystems not originated from ANSA Subsystems, would take too long to complete. The delays were directly proportional to the number of DM objects in DM.
Volume Mesh
– The generation of 2nd order layers for structured mesh is now significantly accelerated, requiring now half the execution time.
– Reading a file with Coordinate Systems referencing other Coordinate Systems would take excessive time.
– Excessive time would also be required when applying the function base.HotPointsDelete() on big FE-mesh models.
– Moreover, executing the function mesh.SplitEdges() could lead to unexpected termination.
– Unexpected termination could also occur in the Kinetics area, when accessing the function kinetics.Time() during Simulation.
Known issues resolved in EPILYSIS
– Unexpected termination could occur when the PFGRID was requested in large models.
– Unexpected termination could occur during SuperElement creation in cases of empty OSET.
– The NOZPRINT option, used to remove the zero-value output from the punch file, would not be taken into account for SOL111.
Known issues resolved in META
– Texture files for Rendering Materials could not be loaded if the path contained special characters.
Command Line arguments
– -s -foregris again a valid syntax for META command line arguments.
– In prior versions, this combination would provoke communication problems between META and optimizers which provide a META node in their workflows.
Read Results
– Unexpected termination could occur while reading tensor results of Marc solver, for specific type of elements.
– Focusing on the successful interpretation of results, rounding errors could be introduced when reading Z-axis values from UNV files.
– As for Fluent results, CFF and MEAN scalars would not be loaded correctly.
– It was not possible to read results for QUADR and TRIAR elements from HDF (.h5 files).
– RMS results from Random Response NX-Nastran analysis would not be successfully detected.
– Results on elements from Solution 112 op2 file would not be read and visualized in 3D window properly.
– Focusing on LS-DYNA, failed second order Hexa elements would not be displayed correctly.
– Upon reading geometry from Radioss solver, in some cases, transformation was not applied on beam elements.
– Cases where nodal results curves were not correct in Pam-Crash models have also been combatted.
NVH Calculators
– Focusing on Modal / FRF Calculation, NASTRAN .pch file in SORT2 format would not be read.
Curve Functions
– Saving to column format curve data via Curve Functions>Modify Curve>Points is now fixed and reverted to its default functionality, as before v23.0.0.
– Unexpected termination could occur while exporting a U3DPDF file and displaying the Scalar results using the Critical palette.
– Project Files & METADB
– Unexpected termination could occur when searching for A/LC points for non-visible 3D model.
– META would unexpectedly terminate when deleting curves after overlaying METADB files.
– The windows.CollectWindowEntities() function now returns the expected result, as it has been reverted to its default execution, which was before v23.0.0.
– Moreover,the CurvesTypesDyna() function would not return element’s result calculation options (e.g. max, min, average, integration point-1/2/3 etc.), in case of stress/strain shell-element output. As a result, the LoadCurvesDyna() function would not work properly for the above cases.
META Viewer
– Editing of Vector Fringe on CFD models would result in unexpected termination.
– Unexpected termination would also occur during the reading of TPA-related METADB.
Known issues resolved in KOMVOS
Machine Learning
– Focusing on ML Training, the Design Variable based training for 3D results of very large FE models would fail, due to lack of system resources.
– When KOMVOS was launched via the -dmroot command line, the option “Switch User” would pop up a window where the User Name would be erroneously disabled and could not be changed.
New Documentation
– NVH Console: Modes classification
– Classify modes

The engineers atBETA CAE Systemssee simulation as a tool that can be used to predict the future. The Swiss company seeks to offer tools for every stage of the product development process, and its vision is to stop trade-off thinking. Instead of working under the constraints of quality, time and cost, the company hopes that customers using its tools early enough in the process will be able to win in all three areas.
Working through a full development cycle can require different tools for different phases.ANSAis the preprocessor tool that accepts CATIA V4, CATIA V5, NX, Pro/ENGINEER and Jupiter Tessellation (JT) files. TheEPILYSISsolver performs structured analysis in both linear and nonlinear paths. TheMETApost-processor offers several options for framing and presenting a study, with a focus on graphics and visualization.
The new 23.0.0 of the BETA CAE systems software suite comes with numerous new tools and features, designed to facilitate and expand your simulation processes.
BETA CAE Systems Solutions for Biomechanics
Watch this video and find out how BETA CAE Systems software products will help you streamline your Biomechanics simulations.
BETA is a simulation solutions provider,dedicated to the development of state of the art software systems. For almost 30 years, BETA has been developing tools and delivering services for the front runners of numerous sectors by listening to their needs and taking up even the most demanding challenges.

Compatibility and Supported Platforms
ANSA files saved by all the first and second point releases of a major version are compatible to each other. New major versions can read files saved by previous ones but not vice versa.
META Project files saved from version 23.0.1 are compatible and can be opened by META version 16.0.0 or later.
Support for Mac OS has been discontinued.
Support for 32-bit platforms has been discontinued for all operating systems.

Product:BETA CAE Systems
Supported Architectures:x64
Website Home Page :www.beta-cae.com
Languages Supported:english
System Requirements:Windows *
Size:2.55 Gb



Homepage: https://www.beta-cae.com






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