Meshing Generation Platform for Industrial Production Models Based on 3D Computational Model

Yun Wang; Su Xing Liu

doi:10.4028/www.scientific.net/AMR.675.144

Paper Titles

Deformation Analysis on Deep Buried Tunnel of Weak Rock Mass Material with Material Properties under TBM Construction
p.125

Research on Flow Field of Double-Nozzles Bottom Blowing CAS Process with Properties of Liquid Metal through Numerical Simulation
p.129

Stress Analysis of Six-Point Glass Panel for Point Supported Glass Curtain Wall under Wind Load
p.135

Effect of Rotational Flow on the Inclusion Behavior in Industrial Tundish for Steel Production
p.139

Meshing Generation Platform for Industrial Production Models Based on 3D Computational Model
p.144

The Influence of Rotating Magnetic Field on DCEN MAG Industry Welding Based on Properties of Welding Materials
p.148

Research on Method of Equivalent Heat Transfer Straight Pipe with Material Properties in the Cement Clinker Unit Body
p.152

Study on Kinetic Energy for Saving Materials with Analysis of Lumped Mass Matrix of Variable Cross-Section Beam Element
p.158

Selection Analysis of Building Envelope with Building Materials in Summer Hot and Winter Cold Area — A Case Study in Xi’an Wall Insulation System
p.162

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 675Meshing Generation Platform for Industrial...

Meshing Generation Platform for Industrial Production Models Based on 3D Computational Model

Abstract:

The meshing principles, coefficients and non-uniform meshing for 3D computational model was analyzed and a software platform was developed, containing both uniform and non-uniform meshing and visualization functions. Experiments for industrial production models demonstrated that: the developed platform can achieve good results for both uniform and non-uniform meshing. The implementation of the platform provides a good basis for developing more complete 3D modeling software.