Differential and Integral Models of TOKAMAK

Differential and Integral Models of TOKAMAK

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Modeling of 3D electromagnetic phenomena in TOKAMAK with typically distributed main and additional coils is not an easy business.Evaluated must be not only distribution of the magnetic field, but also forces acting in particular coils.Use of differential methods (such as FDM COMPLETE COLLAGEN CITRUS TWIST or FEM) for this purpose may be complicated because of geometrical incommensurability of particular subregions in the investigated area or problems with the boundary conditions.

That is why integral formulation of the problem may Moisturiser sometimes be an advantages.The theoretical analysis is illustrated on an example processed by both methods, whose results are compared and discussed.