Altair SimSolid 2022 | 400.5 mb
The software developer Altair is pleased to announce the availability of SimSolid 2022.3 is a structural analysis software developed specifically for rapidly evolving design processes, enabling the analysis of fully-featured CAD assemblies in minutes without meshing.
Altair SimSolid 2022.2.0 Release Notes Altair SimSolid 2022.2.0 Release Notes New Features Structural sequential analysis
Structural sequential analysis, wherein multiple structural analyses can be linked to each other, is now supported for structural linear and structural non-linear with separating contact. This function is not supported for structural non-linear with material and geometric non-linearity. You can access this function from the Analysis menu, the Analysis workbench toolbar, or by rightclicking on a supported structural analysis to create a linked analysis.
Prestressed modal analysis
Modal analyses can now be linked to any structural analysis to perform prestressed modal analysis. The linked structural analysis can be linear or non-linear. All boundary conditions from the structural analysis can be used to perform prestressed modal including, but not limited to, inertial loads and thermal loads. You can access this function from the Analysis menu, the Analysis workbench toolbar, or by rightclicking on a supported structural analysis to create a linked analysis.
Transient thermal analysis
Transient thermal analysis based on the modal superposition method is now supported. In this analysis, the thermal response of a structure is calculated with time-dependent loads. All thermal boundary conditions are supported including temperature, heat flux, volume heat, and convection. The material properties for this analysis are linear, so they cannot be defined as temperaturedependent.
Global-local analysis
You can now perform detailed analysis on a portion of the assembly by linking to an analysis performed at the full-assembly level. Forces at all the connections can be propagated between the global and the local assemblies to take into consideration the global behavior. Performing global-local analysis is a two-step process to reduce the overall computer resources and time. The global analysis is performed on the entire assembly to capture the load paths and forces at the connections accurately. In the second step, a high-fidelity local analysis with all the details is performed on a portion of the global assembly by linking the analysis from the global study.
You can create a local study by:
- Clicking Create local study on the Design study workbench.
- Right-clicking on parts in the modeling window or Project tree.
The linked analysis can then be created by right-clicking on any structural analysis. This functionality is available for structural linear and non-linear analysis. Any changes performed at the global study level are automatically transferred to local study. High-fidelity solution can then be defined at local study level by changing connections and/or solution settings. Currently, deleting and importing parts into the local study is not supported.
Scratch disk space
You can now use scratch files to run an analysis. To enable this function, use click Settings > Hardware and select the Use scratch files check box. Scratch files are written to a user-defined location, with the default location being the Temp directory. This functionality is useful for large assemblies with several million degrees of freedom as this helps reduce the memory usage.
Solver Manager
The Solver Manager allows you to pick specific analyses and design studies in the project to solve. You can access this feature on the Design study or Project workbench.
Release highlights
Release highlights are now available under the What’s New section as a new window within SimSolid. This is shown on invocation of the product; you can disable it by selecting Do not show this window on startup at the bottom of the window.
Create sub-assemblies
You can create new sub-assemblies in the Project Tree and regroup parts under newly created sub-assemblies. Move parts and sub-assemblies by dragging and moving to the required location.
SimSolid Connect
SimSolid Connect is now available under Inspire’s Extension Manager. With this extension, you can transfer the geometry between Inspire and a new/existing session of SimSolid seamlessly without using geometry files. SimSolid Connect is automatically populated under the Extension Manager once SimSolid is installed. This feature requires Inspire version 2022.1or newer.
Enhancements Graphical performance
Graphical performance of large models with more than one hundred thousand facets is improved. For large models, rotating/panning the models automatically changes the parts into wire frame mode to improve the performance. The connections are also much lighter to select and delete.
Pick info
Pick info has been improved:
- All options are now shown for material non-linear analysis to differentiate results between fully elastic, elasto-plastic, and unloading options.
- A Pick load option is now supported for imported forced and imported spot forces in both structural and multi-loadcases.
Deformation scale
Deformation scale has been improved to include user-editable scale factor. To change the default, clear the default option and enter the desired scale factor. A scale factor of 1.0 indicates true deformation.
Batch mode
Batch mode now supports importing spot displacements from a CSV file into multi-loadcase.
Thermal analysis for orthotropic materials
Steady-state thermal analysis is supported for orthotropic materials.
Connections mapping
Virtual connections are now mapped based on tolerances from the baseline design study to a new design study.
PSD Units
Units have been added to the PSD function for all the boundary conditions except rotational inertia under random analysis. Create new time/frequency/PSD function is now supported under all the boundary conditions for dynamic analysis.
SimSolid Installer
SimSolid executables are now created using InstallAnywhere.
Known Issues
- Occasionally, part names for Parasolid files are not imported.
- Issues with linear guide rail under virtual connectors.
Resolved Issues
- Issues with periodic function definition using standard functions under dynamic analysis.
- Reaction forces of spot welds on self-connected parts.
- Seam weld creation has been improved.
- Solution has been improved for models with non-linear materials. The results now match between elastic solution with non-linear analysis and linear analysis.
- Volumetric expansion/shrinkage is now disabled when orthotropic materials are defined.
- Improved behavior of Pick info dialogue when switching between different types of analysis.
- Issues with changing units for various material properties, boundary conditions and result plots.
- Several crashes have been resolved.
- Issues with seam weld reactions plot.
- Typo in fatigue strength coefficient.
- Graphical issues with spot welds.
- Improved performance when large numbers of faces are added to a boundary condition.
- Improved error messages when materials are imported from a CSV file.
- Issues related to material database with Chinese UI.
- Issues with fitting the plot to the window.
- Stresses have been improved around seam welds.
- Issues related to fatigue properties reverting to the defaults.
- Timeout has been increased for plug-ins.
- Issues retaining custom contact conditions for thermal analysis.
- Issues with seam weld life contour and associated legend.
- Issues retaining linked analysis for fatigue load cases for subsequent design studies.
- Issues unsuppressing parts in copied design studies.
- Refresh issues in several windows.
- Improved error messages with numerical instabilities.
- Issues mapping loads from baseline design study.
- SimSolid 2021.1 has issues related to inconsistent results when copying force/displacement; these issues are fixed in 2022.1. This version also invalidates those copied force boundary conditions created in version 2021.
- Boundary conditions display related to bearing loads in multi-loadcases.
- Issues related to converting the bushing stiffness when the units system is changed.
Other enhancements
- Batchmode supports opening an existing SSP file, initializing the solution and running all the analyses via JavaScript functions.
- Imported remote loads for both structural and multi-loadcase analysis now supports mapping the remote loads to user-specified faces.
- Mass moment of inertia of parts and assemblies is output.
- Material database now supports search functionality based on material names.
- Material database now supports new units including MPa and Tonnes/mm3.
- Fastener connections including connections associated with bolts, nuts and washers are now grouped under a new folder.
- Groups under solution settings are now carried over to new design studies for similar parts.
- Apply option is now supported for all virtual connectors.
- Option to hide individual welds is now available.
- STL files now support a new delimiter.
- A warning message is included when non-linear contact solution reaches the maximum number of iterations.
- STL files now support a new delimiter including " " and "\t".
Resolved Issues - Issues related to bolt forces with axial load.
- Refresh issues related to highlighted edges with ‘edge to surface’ connection.
- Issues related to absolute acceleration calculations with base excitation in frequency response analysis.
- Issues related to creation of regular connections.
- Issues importing NX 1953 files.
- Issues related to strain energy results.
- Issues related to adding faces to virtual connectors dialog using box selection.
- Issues related to retaining pick info response when switched between different analyses.
- Issues related to reaction forces on adhesives.
- Issues related to displaying the correct names of virtual connectors in reaction force dialog.
- Issues related to deletion of virtual connectors.
- Issues with retrieving bookmarks and animations.
- Issues related to spot welds and rivets.
- Issues related to response mesh creation.
- Issues related to creating adhesives from solids.
- Issues with resetting min/max of contour.
- Issues creating welds from solids.
- Several crashes related to the product.
- Issues populating self-connections in reactions dialog.
- Issues related to copied spring supports with custom coordinate system.
- Issue with zoom-in option on virtual connectors.
- Issues related to retaining the legend units when switching between non-linear iterations.
- Issues with saving result plots into .txt file with the correct units.
- Issues converting fatigue material properties that are estimated from UTS when the units are changed.
- Issues related to error messages when materials are added from a CSV file.
- Issues with adding materials to the database due to name conflict.
- Issues related to support of non-follower imported loads for non-linear analysis.
- Issues related to von Mises contour plots in random analysis.
- Issues with stress contour for random dynamics.
- Issues related to contact response display for non-linear analysis.
- Issues populating imported remote loads under ‘Pick load’.
- Issues with Eigenvector output to UNV file.
- Issues running models with extremely thin parts.
- Issues with numerical instability during the solution.
- Issues with legend for smooth colors.
- Issues with legend not matching the contour for strain components.
- Issues with faulty animation exports.
- Issues creating welds from protruded parts.
- Issues querying reactions for non-follower loads coming from imported forces.
About Altair SimSolid. Altair has acquired SIMSOLID, a company founded by asking a simple question: “Why does the geometry used in the Design and Structural Simulation worlds have to be so different?” SIMSOLID works on full-fidelity CAD assemblies to provide fast, accurate, and robust structural simulation without requiring geometry simplification, cleanup, or meshing. Its underlying technology is based largely on the work of Dr. Victor Apanovitch, a former professor at Belarus Polytechnic University and the cofounder of SIMSOLID Corporation.
The SIMSOLID computational engine is a commercial implementation of novel and unpublished mathematics based on extensions to the theory of external approximations. SIMSOLID controls solution accuracy using multi-pass adaptive analysis, making it extremely fast and memory efficient. Large and complex assemblies can be solved rapidly even on laptop computers.
Altair SimSolid 2022安装破解1、双击SimSolid-Setup-2022.exe，选择软件安装目录，安装软件2、软件安装完成后，解压_SolidSQUAD_.7z，复制liblmx-altair.dll到软件安装目录下替换原文件默认路径C:\Program Files\SimSolid3、安装破解完成 About Altair. Altair transforms design and decision making by applying simulation, machine learning and optimization throughout product lifecycles. Our broad portfolio of simulation technology and patented units-based software licensing model enable Simulation-Driven Innovation for our customers. With more than 2,000 employees, Altair is headquartered in Troy, Michigan, USA and operates 71 offices throughout 24 countries. Altair serves more than 5,000 customers across broad industry segments. 产品： Altair SimSolid版本： 2022支持的体系结构： x64网站主页： www.altair.com语言：英语系统要求： PC *支持的操作系统： *大小： 458.3 mb * 系统要求：
推荐配置
-基于Intel I7的计算机；4核（8线程）;
-16 GB内存；
-兼容OpenGL的图形卡
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