Stress Analysis of the Biomass Molding Mould Based on ANSYS

Jian Feng Meng; Bai Tao Feng; Yu Ping Dong

doi:10.4028/www.scientific.net/AMR.716.713

Paper Titles

Laboratory Test of Uniaxial Compressive Strength of Shanghai Frozen Soils under Freeze-Thaw Cycle
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On-Site Monitoring of Floor Failure Depth with High Confined Water and Mining Risk Assessment
p.693

Numerical Study on the Influence of Hole Shape on Film Cooling Effectiveness
p.699

Numerical Analysis of the Urban Subway Tunnel Construction on Shallow Foundations and Preventive Measures
p.705

Stress Analysis of the Biomass Molding Mould Based on ANSYS
p.713

Numerical Prediction of Radial Force in Hydraulic Turbine Based on Fluent
p.717

Numerical Analysis of the Influence of Piles on Separated Island Platform Subway Station
p.721

The Electric Spindle Built-in Motor Thermal Equilibrium Active Temperature Control Model
p.727

Bezier Curve Modeled Phase Diagram
p.733

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 716Stress Analysis of the Biomass Molding Mould Based...

Stress Analysis of the Biomass Molding Mould Based on ANSYS

Abstract:

Biomass is a renewable energy. Its curing and molding technology is one of the key technologies and mould structure parameter is a important factor. A model is set based on ANSYS to simulate the molding, then the equivalent stress field and frictional force distribution of mould are founded. Finally, the relationship between maximum equivalent stress and mould parameter is studied.