Modeling electromagnetic responses of complex resistivity 3-D body using volume integral equation method;

Modeling 3-D electromagnetic responses of the electric dipole using volume integral equation method;

Weak-form BCGS-FFT algorithm for volume integral equations in stratified medium;

A novel approach for volume integral equations with modified local nonlinear iteration (MLNI) is introduced.

A numerical approach of the iterative conjugate gradient method is developed to solve the volume integral equation of EM scattering.

The adaptive integral method (AIM) is combined with the volume integral equation (VIE) to analyze the radiation of the antenna with a arbitrary shaped radome.

In modeling the electromagnetic induction,based on the principle of domain decomposition,a fast and effective numerical computational method is developed to deal with the volume integral equation.

As a direct 3-D electromagnetic forward approximate modeling method,the traditional integral equation approach is characterized by a great deal of computational effort and lower precision.

Research on the continuations of magnetic field of magnetic object based on integral equation method and singular value decomposition;

Research on the numerical calculation of submarine induced magnetic fields by integral equation method;

Calculation of induced magnetic fields of ships by integral equation method;

Integral equation method is applied to solve electromagnetic scattering from 3 D object with large aspect ratio.