Applied Modelling and Simulation in Solid Mechanics I

Description

In the course, the basic principles of linear continuum mechanics and material modeling are discussed. This is followed by an introduction into the linear finite element method (FEM), with a focus on the application of commercial FEM programs.

• Tensor representations and algebra
• Invariants, eigenvalues and eigenvectors
• Stress and strain tensor
• Rheological models, elasticity, viscoelasticity
• Solution algorithm of linear FEM
• Element types and numerical integration

Requirements for attendance:

• At least two-semester course in engineering mechanics (statics, elastostatics).