Gestaltung und Zerlegung dynamischer Systeme

What it is about

You learn numerical methods for the analysis and synthesis of dynamic (vibrating) systems in time and frequency domain, as well as procedures for decomposing such systems into submodels and their coupling (from monolithic solution to co-simulation). In the end you can partition systems, recombine subproblems into a complete system, and apply simple design-synthesis methods to dynamic problems, with applications from automotive development.

What you will be able to do

• quantitatively shaping and decomposing treatment of vibrating systems
• Partitioning dynamic problems into subsystems and recombining to the overall system
• Applying design‑synthesis methods to simple dynamic problems
• Transferring analysis and synthesis methods to new engineering questions
• Applying the methods in the concept phase of vehicle design

What the module consists of

• VorlesungConveying the fundamentals for the design and decomposition of vibrating systems
• ÜbungenSolidification through manual calculations and Matlab‑examples

Teaching method

• Präsentation (PowerPoint) und TafelIntroduction and derivation of the fundamentals
• Skript/ScriptAccompanying material for the lecture
• Übungsaufgaben mit Handrechnungen und MatlabApplication and deepening of what is learned