Titlebook: Eddy Current Approximation of Maxwell Equations; Theory, Algorithms a Ana Alonso Rodríguez,Alberto Valli Book 2010 Springer-Verlag Milan 20

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Existence and uniqueness of the solution,ríguez et al. [11], we mainly focus on the magnetic boundary value problem (1.22), adding in Section 3.5 a few comments on the electric boundary value problem(1.20) and the no-flux boundary value problem (1.24).

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Hybrid formulations for the electric and magnetic fields,ar potential, the latter being used only in the conducting region, or on the use of a magnetic scalar potential in the insulating region (see, e.g., Jackson [137], Silvester and Ferrari [227]). We present these formulations in Chapters 6 and 5 respectively.

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https://doi.org/10.1007/978-3-642-92887-1In this chapter, starting from the classical Maxwell equations, we describe and motivate the problem we are going to consider.

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Verdampfen, Destillieren und Sublimieren,As we have already remarked in the preceding chapters, a specific feature of eddy current problems is the presence of differential constraints acting in the non-conducting part of the domain: namely, curl .=. in Ω. and div (ε.)=0 in Ω

Ballad

Setting the problem,In this chapter, starting from the classical Maxwell equations, we describe and motivate the problem we are going to consider.

植物學

Formulations via scalar potentials,As we have already remarked in the preceding chapters, a specific feature of eddy current problems is the presence of differential constraints acting in the non-conducting part of the domain: namely, curl .=. in Ω. and div (ε.)=0 in Ω

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