Code-Aster Free Appetizer Course (video based)

A video based demonstration of how to work with Code-Aster.
And an appetizer for our Code-Aster standard courses.

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Code-Aster Standard Courses

These are our standard seminars (all in presence or web/video modus):

  • Code-Aster QuickStart (3-4 days)
  • Code-Aster Introduction (5-7 days)
  • Code-Aster Dynamics (2 days)
  • Code-Aster Thermal (2 days)
  • Syrthes Thermal (thermal analysis with enclosure radiation)  (2-3 days)
  • Pre-/Postprocessing with Salome/ParaView (2 days)
  • Python for Code-Aster (2-3 days)

Download the detailed portfolio: Code-Aster-Courses.pdf (169.7 KiB)

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Any subject not covered by the standard seminars can be offered as an individual seminar. Or it can be introduced via a project case in your company.
We speak German, English or Italian. And we understand Spanish and French.

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What can you expect from our seminars?

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Our seminars consist half and half of lectures and guided excercises. Many exercises of the Code-Aster seminars focus just on one certain topic. Example: In our Code-Aster INTRO course there is an exercise training the Code-Aster command DEFI_GROUP (see figures). We also use to discuss the problems and solutions in the group in order to let everybody take part at the insights of all members of the group.

About DEFI_GROUP. Read more…

Many beginners believe that the PreProcessor is the only means to create groups (groups of nodes and /or elements, to assign materials, loads etc). This is often a very tedious task, because of many geometrical operations to execute. In certain cases you might have meshes which are not associated to geometry: for example if a mesh has been created with a different tool from Salome. This hinders considerable the definition of groups during the preprocessing phase. Or the design of your structure and subsequently the geometry and the mesh must be updated several times. For such cases DEFI_GROUP is a very versatile command. Once implemented in your command file it creates groups (of nodes and /or elements) automatically during a Code-Aster run based for example on geometrical, topological and boolean criteria.

Femap and Nastran

We teach and support also FEMAP and NASTRAN: