
Finite Element Methods in Linear Structural MechanicsAn introduction to the finite element method in the framework of linear elastodynamics. Lectures cover trusses, beams and two- and three-dimensional continua. [more...] |
Theory of PlasticityStudents gain knowledge about the main physical features of elastoplastic deformations and develop a good understanding of the methods needed for the formulation of advanced material models. [more...] |
Continuum MechanicsHere, students gain extended knowledge of continuum-mechanical modelling and solution techniques which is a prerequisite for advanced computer-oriented structural analysis. [more...] |
Computational PlasticityIn introduction to the computational aspects of plasticity with focus on rate independent formulations. [more...] |
Computational DynamicsIn the Computational Dynamics course, attendants become familiar with fundamental and advanced techniques for the simulation of linear and non-linear dynamic systems in the time domain. [more...] |
Advanced Finite Element MethodsStudents learn the fundamentals of numerical solutions for nonlinear problems in engineering sciences. Applications include geometrically and physically nonlinear problems in the context of the finite element method. [more...] |
Object-Oriented Modelling and Implementation of Structural Analysis SoftwareIn this block-seminar, students develop their own finite element program for the analysis of spatial truss structures. [more...] |