Cylindrical and Nonconformal Material Interfaces in the Finite Integration Technique : Dissertationsschrift

Language: English

Published by Epubli, 2016

3741805815 / 9783741805813

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Seller: AHA-BUCH GmbH, Einbeck, GermanyAHA-BUCH GmbH

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Druck auf Anfrage Neuware - Printed after ordering - The present work addresses a fundamental issue of electromagnetic simulations by means of the Finite Integration Technique (FIT). This method is typically applied to Cartesian and, therefore, geometrically inflexible computational meshes. In order to achieve a high level of accuracy in a reasonable amount of time, the FIT commonly requires the simulated object's material interfaces to conform in a certain way to the mesh facets. Since this narrows its scope of application, we discuss two systematically different possibilities to transfer the expected accuracy from the conformal Cartesian case to other areas.On one hand, we abandon the Cartesian mesh in favor of a cylindrical one, which naturally conforms to many circularly shaped objects. In this regard, our main objective is the investigation and compensation of time domain methods' limitations that arise specifically due to inherent properties of the cylindrical mesh system. On the other hand, we present a generalized theoretical framework to enable highly accurate material modeling even in the event of nonconformal interfaces. Different means of applying it to practical simulations are proposed.Each introduced method is validated by means of numerical examples. Furthermore, a set of practice-oriented applications allows for comparing them to commercial simulation software and stresses their effectiveness.…

Seller Inventory # 9783741805813

Title
Cylindrical and Nonconformal Material Interfaces in the Finite Integration Technique : Dissertationsschrift
Author
Stefan Kirsch
Publisher
Epubli
Publication year
2016
Condition
Neu
Binding
Taschenbuch
Language
English
ISBN 10
3741805815
ISBN 13
9783741805813
Item weight
242 grams
Dimensions
210x148x8 mm

AHA-BUCH GmbH

Einbeck, Germany

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