The New Collocation Meshless Method for Analyses of Forming Problems

Yong Ming Guo; Shunpei Kamitani

doi:10.4028/www.scientific.net/KEM.480-481.1396

Paper Titles

The Model of Liu Chaotic Synchronization with Oscillating Parameters under the Impulsive Control
p.1378

Complex Network Synchronizability: The Effect of Coupling Strength
p.1383

Maximum Norm Error Estimates for Quadratic Block Finite Elements with Twenty-Six Degrees of Freedom
p.1388

The Processing Quality and Control Measures of the Box-Shaped Piece Drawing
p.1393

The New Collocation Meshless Method for Analyses of Forming Problems
p.1396

The Concurrent Development of the Multi-Stationed Progressive Die of the Micro-Motor Rotor and Stator
p.1402

Stabilization for a Class of Discrete-Time Switched Linear Singular Systems
p.1406

Statistic Analyses of Correlation Distances of Soil Parameters
p.1412

Performance of Signal Space Separation Depending on Sensor Array Arrangement in Biomagnetic Measurements
p.1418

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The New Collocation Meshless Method for Analyses of Forming Problems

Abstract:

In this paper, an upsetting problem is analyzed by using a new meshless method called the overrange collocation method (ORCM). By introducing some collocation points, which are located at outside of domain of the analyzed body, unsatisfactory issue of the positivity conditions of boundary points in collocation methods can be avoided. Because the overrange points are used only in interpolating calculation, no over-constrain condition is imposed into solved boundary value problems.