In this paper,a study of the calculation on the acoustic radiation problem caused by random vibrating body is present,based on the statistical boundary point method (SBPM) put forward by the author for the first time.

In this paper, a study of the calculation on the acoustic radiation problem caused by random vibrating body is presented, based on the statistical boundary element method using cubic B - spline interpolating function.

An experimental study on the distributed source boundary point method based nearfield acoustic holography;

On calculating the nearfield solutions of acoustic radiation caused by vibrating body with the boundary point method;

Study on error of acoustic radiation calculated with boundary point method (BPM);

2-D simulation of electrostatic properties of piezoelectric composites using the boundary node method;

A novel method of base noun phrase identification is proposed which combines boundary statistic and the amendment by the string of part of speech.

The boundary node method(BNM) is a meshless method which combines the moving least-squares(MLS) interpolation scheme with the standard boundary integral equations(BIEs).

In view of couples boundary node method and radial basis functions,a non-mesh method was presented to solve Poisson equation boundary value problems.

The boundary node method(BNM)is a boundary-only meshless method that combines the moving least-squares(MLS)interpolation scheme with the standard boundary integral equations(BIEs).