Advancesin the study and applcation of meshless methods in metal forming;

Research on Meshless Methods and Its Application in Helmholtz Problems;

The continuum methods for carbon nanotubes as beam/shell/membrane models,multi-scale methods,molecular structural mechanics methods,nonlocal continuum methods,and meshless methods are described.

Analysis of fluid flow problem in reservoir by meshless method;

Research on determining friction factor in column compression by meshless method;

Metal sheet forming numerical simulation based on meshless method;

Collocation-based meshfree method for metal extrusion process simulation;

Application of generalized-node-based meshfree method to consolidation analysis based on Biot’s equations in soil mechanics;

Dynamic analysis of the stabilized smoothing nodal integration meshfree method;

A meshless PSPG formulation for the incompressible Stokes flow;

The meshless or meshfree method has progressed rapidely in recent years.

Two methods of discretization, collocation method and Galerkin method, have been dominant in existing meshless methods.

Study on the calculation of the thick plate in the concrete by using the element-free method;

The element-free method(EFM) is used to study the free vibration of the high-rise tube structures.

The detailed characters of finite element method,boundary element method,element-free method,numerical manifold method,and wavelet method,etc.