• 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 24.0.1 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.
  

• The opening of cards would take excessive time if grammar-spelling software was running.
  
• Moreover, Focus > OR on Single Face did not work when multiple models were loaded in the same window.
  

• In DM Browser, deleting a results directory attached as a Link under a Simulation Run in the DM, would also delete the source results from the file system.
  
• More than one matched part can now be replaced through the Compare Tool functionality.
  

• ANSA would falsely report a volume definition as problematic, and this would occasionally lead to unexpected termination.
  
• The algorithm of Mesh [Solid Cracks] function is now further enhanced to detect any Solid Crack in a model.
  
• Focusing on Conv2Poly function, conversion time of a mixed mesh is now improved by up to 40% compared to previous versions.
  
• Regarding Hexa Interior, quality of generated pyramids is now enhanced to allow for better growth rates with underlying layer cells.
  

• When executing "Set thickness" function for 2D Ribs, the resulting thickness would not be correct.
  
• Furthermore, when massively saving fasteners in DM, names and type were not maintained.
  

• Focusing on CFD solvers, Ensight results would not be read correctly on beam nodes and reading of STAR-CCM+ .sim file format would not successfully interpret the boundary conditions in STAR-CCM+ version 2306 build 18.04.008.
  
• Moving on to Nastran, unexpected termination could occur when reading static aeroelasticity results, whereas contact results could not be successfully read from .hdf files. Also, erroneous results on 2nd order shell elements would take place while reading .op2 files.
  
• Abaqus spring orientation and Abaqus coupling would not be read properly from .odb files, neither would Abaqus model, due to improper reading of +SYSTEM.
  
• As for LS-DYNA, META would cease to read the includes, when trying to read shell thickness from LS-DYNA files that contained the keyword INCLUDE_PATH_RELATIVE. Also, it was not possible to read SPH data from .d3Description files.
  
• Regarding Permas, unexpected termination could occur when reading sets containing character instead of integers and META could not read tensor results on nodes when Average,Compute option was used.
  
• As for FEMZIP, long titles were not supported while reading geometry from LS-DYNA files.
  

• Focusing on Linear Combination, unexpected termination could occur when trying to read results either for "All Layers" or for the "Max of In Out/All Layers" .
  
• Furthermore, wrong scalar results were calculated on layers while reading .odb files.
  

• Contribution Description for ERP results was not supported, speaking of results from Nastran or OptiStruct .op2 files.
  
• Among Crash Criteria, Viscous criterion was not calculated correctly from command for H3-05 and H3-95 dummies.
  

• Unexpected termination would occasionally occur when adding/removing node pairs from list, in case "Project to nearest element" option was enabled.
  
• Moreover, Abaqus uncoupled fluid modes would not be read in Modal Response and the transient RMS calculation of von Mises stress was wrong for Max of Top And Bottom.
  

• Data could not be saved properly in a Project file saved with references to results files.
  
• Consequently, an unexpected termination could occur when opening such a project file.
  

• On Windows OS, the Mode Classifier training would not be feasible for input Simulation models with varying number of modes.
  
• Furthermore, focusing on Predictors and ML Training, Machine Learning Training for 3D results would fail if there was an incompatible number of states between simulation runs.
  

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