BETA-CAE Systems 21.1.5
BETA-CAE Systems 21.1.5 | 2.3 Gb
BETA CAE Systems announces the release of the 21.1.5 of its software suite. Apart from investing in the implementation of new tools and features as for the major v22.x.x deployment, BETA CAE Systems professes its constant support to those of you still working with the v21.1.x branch, by issuing another bug-fix release.
This bug-fix release for ANSA/EPILYSIS/META and KOMVOS hosts numerous fixes in recently detected issues, a highlighted selection of which is featured below:
Known issues resolved in ANSA
CAD Import / Export
- Upon translation of CATIA files, by enabling the option Hierarchy [Force single part], the structure of the Geometric Sets would be erased, resulting in erroneous input of geometry.
Modular Run Management
- Focusing on Interface and particularly on A POINTs / LC POINTs, when creating a new Assembly or Loadcase point on location, the selection of a user defined area would not be stored. As a result, the Assembly/Loadcase point would fail to be applied.
- Moreover, It would not be possible to change the position of an Interface Point through the entity card (i.e. x,y,z values), once applied.
Scripting
- In Batch Meshing domain, the batchmesh.ReadSessionMeshParams() script function would not read wrap parameters correctly.
- In DECKs, the "Mass Information" result of the script function base.DeckInfo() would ignore elements related to MAT_NULL, leading to erroneous result.
Known issues resolved in EPILYSIS
Superelements
- When STRESS and FORCE header command had a reference to a SET of Superelements, internal elements results would erroneously be printed for all elements.
Known issues resolved in META
Drawing
- Unexpected termination could occur when adding connected PIDs, while multiple pages existed.
- In Graphics, activating the option "Draw only Min/Max Tensor Components" did not have any effect, apart from the fact that Fringe range was not properly calculated for free grids.
Read Results
Several fixes for various solvers have taken place, as follows:
- The center of gravity was generally not calculated correctly.
- After CTRL+N, the setting for the surface option when reading stresses from NASTRAN files was not updated and led to reading of wrong results.
- OptiStruct modal participation factors were not recognized correctly from HDF format and a contribution analysis could not be performed. In addition, META would unexpectedly terminate, when reading modal or panel participation results from OptiStruct punch file.
- Reading ParaView .vtk files of certain format would lead to frozen state.
- Patran template file was not respected and this led to erroneous loading of results.
- Global curves (Energies, etc.) could not be read from Pam-Crash result files.
- In case of FEMZIP .d3plot files, initial results were not removed, when "Stresses minus Initial" results were loaded.
- As for the Template Manager, unexpected termination could occur while reading Strain Energy, Inner Surface results.
Managing Curve Data
- Modal Displacements 2d result could not be read correctly for all the subcases, while reading a Nastran .pch file.
NVH Calculators
- After a successful FRF Assembly calculation, an unexpected META termination could occur when trying to calculate twice a modified FRF Assembly setup which had errors in the Full check and was error-free in the Assembly check.
- In Modal Response, when complex modes with zero real part were provided, calculation was interrupted, complaining for zero eigenvectors.
Known issues resolved in KOMVOS
Session – Scripting
- When script function session.Quit() was invoked, even though the termination of the application was scheduled, the execution of the python script would continue after the session.Quit() statement.
CAD Import / Export
- Upon translation of CATIA files, by enabling the option Hierarchy [Force single part], the structure of the Geometric Sets would be erased, resulting in erroneous input of geometry.
Modular Run Management
- Focusing on Interface and particularly on A POINTs / LC POINTs, when creating a new Assembly or Loadcase point on location, the selection of a user defined area would not be stored. As a result, the Assembly/Loadcase point would fail to be applied.
- Moreover, It would not be possible to change the position of an Interface Point through the entity card (i.e. x,y,z values), once applied.
Scripting
- In Batch Meshing domain, the batchmesh.ReadSessionMeshParams() script function would not read wrap parameters correctly.
- In DECKs, the "Mass Information" result of the script function base.DeckInfo() would ignore elements related to MAT_NULL, leading to erroneous result.
Known issues resolved in EPILYSIS
Superelements
- When STRESS and FORCE header command had a reference to a SET of Superelements, internal elements results would erroneously be printed for all elements.
Known issues resolved in META
Drawing
- Unexpected termination could occur when adding connected PIDs, while multiple pages existed.
- In Graphics, activating the option "Draw only Min/Max Tensor Components" did not have any effect, apart from the fact that Fringe range was not properly calculated for free grids.
Read Results
Several fixes for various solvers have taken place, as follows:
- The center of gravity was generally not calculated correctly.
- After CTRL+N, the setting for the surface option when reading stresses from NASTRAN files was not updated and led to reading of wrong results.
- OptiStruct modal participation factors were not recognized correctly from HDF format and a contribution analysis could not be performed. In addition, META would unexpectedly terminate, when reading modal or panel participation results from OptiStruct punch file.
- Reading ParaView .vtk files of certain format would lead to frozen state.
- Patran template file was not respected and this led to erroneous loading of results.
- Global curves (Energies, etc.) could not be read from Pam-Crash result files.
- In case of FEMZIP .d3plot files, initial results were not removed, when "Stresses minus Initial" results were loaded.
- As for the Template Manager, unexpected termination could occur while reading Strain Energy, Inner Surface results.
Managing Curve Data
- Modal Displacements 2d result could not be read correctly for all the subcases, while reading a Nastran .pch file.
NVH Calculators
- After a successful FRF Assembly calculation, an unexpected META termination could occur when trying to calculate twice a modified FRF Assembly setup which had errors in the Full check and was error-free in the Assembly check.
- In Modal Response, when complex modes with zero real part were provided, calculation was interrupted, complaining for zero eigenvectors.
Known issues resolved in KOMVOS
Session – Scripting
- When script function session.Quit() was invoked, even though the termination of the application was scheduled, the execution of the python script would continue after the session.Quit() statement.
BETA-CAE Systems 21.1.5
BETA-CAE Systems 21.1.5
BETA-CAE Systems 21.1.5
BETA delivers a portfolio that is relevant to the engineers’ problems and enables accelerated performance and quality improvement, from the individual user, up to a corporate level.
As products today become more complex with more variations and advanced performance requirements, organizations strive to meet market demand for quality and improve the effectiveness of their processes. In these efforts, they employ engineering simulation more and more, making it a central point in product design and development to reduce time to market, increase product quality, and understand better the behavior of the numerous product designs.
New developments and capabilities in engineering simulation promise not only to tackle existing industry requirements and bottlenecks but also form the building blocks for new concepts that will speed up the evolution of current processes in product design and development. However, to do so these new solutions and developments must be relevant to current engineering problems and requirements while avoid adding further complexity.
To develop such solutions, simulation software providers should be aligned with customers and work closely with them to give answers to their needs beyond buzzwords. In this notion, and in partnership and continuous dialogue with the engineering world, BETA delivers a portfolio that is relevant to the engineers’ problems and enables accelerated performance and quality improvement, from the individual user, up to a corporate level.
The advanced Simulation Data and Process management with KOMVOS and SPDRM, the versatile and powerful modeling with ANSA, the engagement of the freshly developed solver EPILYSIS, and the high-performance post-processing and visualization with META, have become the trusted core of simulation by the most demanding sectors.
New software products, enhance further the engineering simulation capabilities focusing on taking collaboration amongst global teams to new levels and streamlining product design from early stages. NEERE, the new collaboration platform offers all the typical communication means and augments teamwork further with Virtual Reality rooms and the capability for engineers to work remotely together on their models. The also new, OpDesign revolutionizes the product design and development process through a holistic, performance-driven method.
The BETA portfolio offers a platform for engineers to move into the new age of simulation by transforming the way they face their challenges. Because, after all, it is their challenges that drive evolution.
BETA CAE Systems - simulation solutions
BETA CAE Systems is a private engineering software company committed to the development of state of the art CAE software systems that meet the requirements of all simulation disciplines. The company’s products, the ANSA pre-processor/ EPILYSIS solver and META post-processor suite, and SPDRM, the simulation-process-data-and-resources manager, hold a worldwide leading position across a range of industries, including the automotive, railway vehicles, aerospace, motorsports, chemical processes engineering, energy, electronics, heavy machinery, power tools, and biomechanics.
Product: BETA CAE Systems
Version: 21.1.5 *
Supported Architectures: x64
Website Home Page : www.beta-cae.com
Languages Supported: english
System Requirements: PC **
Size: 2.3 Gb
BETA_CAE_Systems_meta_post_external_libs_v21.1.5_win_x64
BETA_CAE_Systems_v21.1.5_win_x64
BETA_CAE_Systems_v21.1.5_win_x64
For the full list of Supported platforms and minimum system requirements please refer to system_requirements.pdf located here
Graphic Requirements
Upon v20.1.0, the minimum graphic requirements for ANSA and META are: AMD or NVIDIA GPU with at least 1GB of video memory and OpenGL 3.3 support.
In case of unsupported hardware in Windows or Linux, ANSA and META will automatically fall back to software rendering using Mesa LLVM rasterizer pipeline. Additionally, Mesa can be manually activated.
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 21.1.5 are compatible and can be opened by META version 16.0.0 or later. To be readable by META versions earlier than v16.0.0, they have to be saved selecting the option "Version 16.0.0" or "Version <16.0.0".
Support for 32-bit platform has been discontinued for all operating systems.
Graphic Requirements
Upon v20.1.0, the minimum graphic requirements for ANSA and META are: AMD or NVIDIA GPU with at least 1GB of video memory and OpenGL 3.3 support.
In case of unsupported hardware in Windows or Linux, ANSA and META will automatically fall back to software rendering using Mesa LLVM rasterizer pipeline. Additionally, Mesa can be manually activated.
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 21.1.5 are compatible and can be opened by META version 16.0.0 or later. To be readable by META versions earlier than v16.0.0, they have to be saved selecting the option "Version 16.0.0" or "Version <16.0.0".
Support for 32-bit platform has been discontinued for all operating systems.
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Added by 3% of the overall size of the archive of information for the restoration
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BETA-CAE Systems 21.1.5
