Titlebook: Mathematical and Numerical Modelling in Electrical Engineering Theory and Applications; Michal K?í?ek,Pekka Neittaanm?ki Book 1996 Springe

令人作嘔

Finite elements,special but important themes. For a thorough presentation of the standard finite element method we refer to [Akin], [Axelsson, Barker], [Ciarlet], [Ciarlet, Lions], [Johnson], [Mitchell, Wait], [Silvester, Ferrari], [Strang, Fix], [White], [Zienkiewicz], [Zienkiewicz, Morgan].

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Stationary semiconductor equations,for the transport of mobile charge carriers was first introduced by Van Roosbroeck [Van Roosbroeck] in 1950. Nowadays there are many models which differ in their choice of unknowns, scales, various types of nonlinearities etc. (see, e.g., [Brezzi], [Gr?ger], [Markowich], [Markowich, Ringhofer, Schme

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The time-harmonic Maxwell equations,rtial differential equations with complex coefficients. Then we introduce a finite element approximation proposed in [K?í?ek, Neittaanm?ki, 1989]. A similar technique is analyzed in [K?í?ek, Neittaanm?ki, 1984b], [Monk, 1992a] (for fully time dependent problems see, e.g., [Monk 1992b,c]).

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Methods for optimal shape design of electrical devices,dern software for analyzing the structure, finding the best geometry for the structure by “trial and error” is still a very tedious and timeconsuming task. The goal in optimal shape design (structural optimization, or redesign) is to computerize the design process and therefore shorten the time it t

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inked to disease prevention and healthy modulation of human .Nitrite and Nitrate in Human Health and Disease. delivers a comprehensive review of nitrite and nitrate biology, from basic biochemistry to the complex physiology and metabolism of these two naturally occurring molecules in the human body.

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