After successful completion of the course, students are able to perform numerical simulations in the field of aeroacoustics, electromagnetics-mechanics as well as electromagnetics-heat, and will be able to physically interpretate the obtained results.
The accurate modeling of mechatronic systems leads to so-called multi-field problems, which are described by a system of non-linear partial differential equations. These systems cannot be solved analytically and thus numerical calculation schemes have to be applied. Thereby, the finite element (FE) method has been established as the standard method for numerically solving the coupled system of partial differential equations describing the physical fields including their couplings.
Students will discuss and simulate various physical applications. In detail, the course will teach the physical / mathematical modelling and its FE simulation of the following coupled fields
Aeroacoustics
Electromagnetics-mechanics
Elektromagnetics-Heat
The student will be interactively assisted, when performing the idividual tasks.
The performance of students in is evaluated based on the protocols of by individual exercises and a final presentation of the obtained results.