Module descriptions Bachelor degree course - Elektrotechnik ...
Module descriptions Bachelor degree course - Elektrotechnik ...
Module descriptions Bachelor degree course - Elektrotechnik ...
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<strong>Bachelor</strong> Mechatronics / Precision Engineering - <strong>Module</strong>s description<br />
MPE2 FEM in mechanical design<br />
Weekly hours: 4<br />
Credits: 4<br />
Lectures: 2 Ü, 2 S<br />
Assessment: See Study Plan<br />
Aim:<br />
� Knowledge about fundamentals in Finite-Element-Method<br />
� Knowledge about applications of FEM and the relation between FEM and CAD<br />
� Knowledge about the functional structure of a FEM software and about effective application of<br />
FEM Software<br />
� Knowledge of how to conduct a reasonable interpretation of FEM Results and appropiate<br />
optimization of the developed product<br />
Content:<br />
� Theoretic fundamentals about important aspects of FEM<br />
� practical work with FEM-program<br />
� FEM-related modelling of mechatronic elements, net generation, contacts<br />
� illustration and evaluation of FEM-results with derivation of appropriate measures of construction<br />
Reading list:<br />
� Einführung in die FEM mit Übungsaufgaben (eigenes Skript)<br />
� Müller, G. u.a.: FEM für Praktiker, expert Verlag Renningen-Malmsheim<br />
� Benutzerhandbücher zu den verwendeten FEM- und CAD-Programmen<br />
Workload:<br />
It is expected that the average student will require 120 hours of study to acquire the necessary<br />
knowledge and abilities. These hours can be divided as follows:<br />
24 hours attendance of lectures and practical <strong>course</strong>s<br />
20 hours regular study of the syllabus<br />
26 hours guided introduction to software<br />
30 hours preparation of seminar-work<br />
20 hours exam preparation<br />
This is worth 4 credits.<br />
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