FEM Electrical Engineering

Dieses Wahlpflichtmodul ist ein Angebot der:
Energiesystemtechnik:
Schwerpunkt Electrical
High-Power-Systems
FEM Electrical Engineering
Prof. R. Kačianauskas
Prof. Dr.-Ing. Karl Herbert Klug
[email protected]
Studiengang
Energiesystemtechnik
Abkürzung
ESys-3.8.2 (FMMAM03724)
Modulname
FEM in Electrical Engineering
Semester/Art
3. Semester (Wintersemester) / Pflichtmodul für Studierende der Vertiefungsrichtung „Electrical High-PowerSystems“ (Vilnius)
Betreuer
Prof. R. Kačianauskas (VGTU),
Prof. E. Stupak VGTU)
Lernziel
To indoctrinate with a consents of the FEM, to train
skills of on using computational technologies.
Inhalt

Hilfsmittel/Literatur
Lehrform/Umfang
O.C. Zienkiewicz, R. L. Taylor. The finite element
method. Vol. 1 The basis. 5th ed.. Oxford, 20002002. , 2000. xvi, 689 p.
R.Kačianauskas. Computer methods in Multilevel modelling of beams and shells. Vilnius: Technika, 1995, p.
395.
http://www.algor.com
http://www.ansys.com.
Cook R. D., Malkus D.S. and Plesha M. E. Concepts and
Applications of Finite Element Analysis. John Wiley
and Sons. 1989.
6. A.B. Reece, T.W. Preston. Finite element methods
in electrical power engineering/Oxford, 2000. xviii,
292 p
Vorlesung (3 SWS), Übung (1 SWS)
Arbeitsaufwand
225 h
Prüfung
Klausur 2,0 h
Leistungspunkte
7,5 LP
Verwendbarkeit
Im Studiengang „Energiesystemtechnik“
Concepts of FEM. Definitions.
Problem formulation. Interpolation functions.
Two-dimensional and tree-dimensional elements.
Discretization of non-linear and time dependent problems.
Coupled problems.
Discretization of Maxwell equations.
Solution algorithms and computational technologies.

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