Salome-Meca 2010.1 is available for downloading !

The new version of the platform is available for downloading

It contains SALOME 5.1.3 and STA 9.6 et STA 10.1 versions of Code_Aster.

This version integrates the following products:

• STA 9.6 et STA 10.1 versions of Code_Aster;
• 5.1.3 version of SALOME;
• 1.8.0 version of the study manager ASTK;
• 1.17 version of the command file editor EFICAS.

Installation

• Choose the version adapted to your station:

• Uncompress the file in the directory where you want to install Salome_Meca :

tar xzf SALOME-MECA-2010.1.tgz

• Launch install:

• Launch Salome-Meca 2010.1:

Release note

Salome-Meca 2010.1 is based on the following components:

• Salome V5_1_3
• Code_Aster STA9.6 et STA10.1
• ASTK 1.8.0
• Eficas 1.17
• Additional modules of Salome:
  • PAL V5_1_3
  • EFICAS V5_1_3
  • ASTER V5_1_3

What’s new ?

• Possibility of launching a case Aster defined in the tree of objects on a distant server;
• Possibility of visualizing the geometry and the trihedrons associated with the elements of structure defined in a command file Aster;
• automatic creation, during the launching of calculation, the groups of element if a geometry is present;
• Introduction of Notebook allowing the parametric geometries;
• Modeling of a wire model piping (Sketcher 3D and Net 1D);
• Display of the orientation of the edges;
• Introduction of discrete elements 0D;
• New assumption 1D allowing to define points of passage;
• Possibility of reversing the assumptions 1D to take into account the orientation of the edges;
• Radiant mesh;
• Possibility of generating skin elements from a volumetric mesh;
• Size maps GHS3D and BLSURF (avaiable with licence);
• Function of doubling nodes to model a crack;
• Compatibility of the default values with dimensions of the object to mesh;
• Functionalities of creation/modification of groups of elements starting from other groups, new filters;
• Improvement of the functions of cut plans and animation in postprocessing;
• Possibility of extracting in the form of curves the values along a way or the values in a point in the time.