Simulation Methods in Mechanical Engineering / Applied Mechanics

Content

The interdisciplinary course "Simulation Methods in Mechanical Engineering" combines natural sciences and engineering. Engineering mechanics is present in many scientific and technical fields. Graduates of mechanical engineering with extensive knowledge of Applied Mechanics (material behavior, crash safety , component reliability, durability, acoustics, load capacity ) solve problems in different fields of research and development, for example in automobile, lightweight, aerospace and energy technologies(wind turbines) as well as in recreation and sports (skiing, racing).

© TUD/NEFM

Who?

A study of the course "Simulation Methods in Mechanical Engineering" with focusing on the Applied Mechanics is suitable for students that share a strong interest in science and engineering and want to contribute to the practical solution of technical and scientific problems.

Teaching

Basic courses

In the basic courses of mechanical engineering the IFKM runs the following modules:

MB-08 Technische Mechanik - Statik
MB-09 Technische Mechanik - Festigkeitslehre
MB-10 Technische Mechanik – Kinematik und Kinetik

Advanced courses

The Chair of NEFM is present in the following modules of Applied Mechanics in the advanced courses of "Simulation Methods of Mechanical Engineering":

MB-SM-01 Numerische Methoden und Betriebsfestigkeit
MB-SM-06 Experimentelle Mechanik
MB-SM-10 Mechanik der Kontinua
MB-SM-16 Problemangepasste Diskretisierungsmethoden
MB-SM-17 Inelastische und gekoppelte Feldprobleme

Schedules and module descriptions can be downloaded here.

Practice term/abroad term

In the advanced courses we can help you to find an assignment at a recognized research facility as part of a practice term or abroad term and assist in the course of your studies.