Abstract
Language  Undefined 

Awarding Institution 

Supervisors/Advisors 

Thesis sponsors  
Award date  25 May 2007 
Place of Publication  Zutphen 
Publisher  
Print ISBNs  9789036525084 
Publication status  Published  25 May 2007 
Keywords
 METIS242172
 EWI9859
 IR57851
Cite this
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Adaptive Vector Finite Element Methods for the Maxwell Equations. / Harutyunyan, D.
Zutphen : Wohrmann Print Service, 2007. 194 p.Research output: Thesis › PhD Thesis  Research UT, graduation UT › Academic
TY  THES
T1  Adaptive Vector Finite Element Methods for the Maxwell Equations
AU  Harutyunyan, D.
PY  2007/5/25
Y1  2007/5/25
N2  The increasing demand to understand the behaviour of electromagnetic waves in many real life problems requires solution of the Maxwell equations. In most cases the exact solution of the Maxwell equations is not available, hence numerical methods are indispensable tool to solve them numerically using different methods. In this thesis we consider the Maxwell equation in time and frequency domain, and for the space discretization we always apply N´ed´elec elements which are correct basis to describe the electromagnetic waves.
AB  The increasing demand to understand the behaviour of electromagnetic waves in many real life problems requires solution of the Maxwell equations. In most cases the exact solution of the Maxwell equations is not available, hence numerical methods are indispensable tool to solve them numerically using different methods. In this thesis we consider the Maxwell equation in time and frequency domain, and for the space discretization we always apply N´ed´elec elements which are correct basis to describe the electromagnetic waves.
KW  METIS242172
KW  EWI9859
KW  IR57851
M3  PhD Thesis  Research UT, graduation UT
SN  9789036525084
PB  Wohrmann Print Service
CY  Zutphen
ER 