Although neural networks have been applied in many fields since they were first introduced,
the feasibility of applying it to predict the solution of Maxwell's equations remains open. In …

An adaptive strategy is combined with the cubic‐spline interpolation method in this article to
efficiently calculate the scattering from electrically large objects. The cubic‐spline …

This paper presents large-scale finite element analyses of high frequency electromagnetic
fields in commuter trains. The AD-VENTURE_Magnetic is one of the main modules of the …

The edge-based finite element method is used for the solution of scattering problems. The
factorized sparse inverse preconditioner is considered for the conjugate gradient iterative …

In this article, an adaptive technique combined with the bicubic spline interpolation method
is proposed to efficiently calculate the scattering from electrically large objects. The bicubic …

To efficiently solve large, dense, complex linear systems that arise in the electric field
integral equation (EFIE) formulation of electromagnetic scattering problems, a new modified …

The higher‐order hierarchical Legendre basis functions combining the electrical field
integral equations (EFIE) are developed to solve the scattering problems from the rough …

In this paper, frequency selective surfaces (FSSs) are analyzed and designed. The
analytical procedure is based on method of moments (MoM). The generalized minimal …

In this paper, a kind of p-type multigrid (MG) method is applied to solve the large sparse
linear systems arising from the application of hierarchical tangential vector finite element …

The increase of the time step size significantly deteriorates the property of the coefficient
matrix generated from the Crank‐Nicolson finite‐difference time‐domain (CN‐FDTD) …