“…Some commercially available FEM tools are often beneficial to relatively large-scale analyses, in practical point of view, to implement a numerical model based on the drawings of design model. Due to the presence of thick shield/breeding blankets, the design of a reactor-grade plasma device in the future, as much as ITER, will prefer solid mesh FEM tools to any shell model [6][7][8] which describes induced current solving set of Maxwell equations [7,8] or coupled circuit equation matrix on 2D surfaces [9], in spite the shell is likely to be applicable to the design of present-day tokamaks due to the small width of conducting structures compared with characteristic dimension of a device. In addition, the commercial software such as ANSYS-EM TM [10] also can be applied to an integrated analysis of EM loads and ensuing mechanical or thermo-hydraulic loads.…”