Finite Element Method

The analysis of structures for stress and deformation need to be performed in order to optimize complex objects in terms of weight, stiffness and material property.

BASTRA Engineering is facing every kind of structure problem-solving in engine and machinery development such as linear and non-linear problems.

Strong know-how in FEM modelling of special materials like e.g. composite layers allows us to work successfully on complex FEM projects with millions of mesh cells.

Linking FEM/BEM and MBS modelling we are able to analyze the kinematics and the dynamical interactivity of bodies in order to solve structural and vibro-acoustic problems of 3D objects.

 

  • FEM linear

    The analysis of structures for stress and deformation need to be performed in order to optimise complex objects in terms of weight, stiffness and material choice. BASTRA Engineering is facing every kind of structure problem-solving in industrial machine...

  • FEM non-linear

    The analysis of structures for stress and deformation need to be performed in order to optimise complex objects in terms of weight, stiffness and material choice. BASTRA Engineering is facing every kind of structure problem-solving in industrial machine...