Semi-Automatic Platen Die-Cutting Mechanism’s Optimization Design Based on CAE Technology

Rong Song; Jian Zhong Chu; Bai Zhong Wu

doi:10.4028/www.scientific.net/AMR.338.223

Paper Titles

Dynamical Simulation Model of Auger Miner's Working Mechanism Based on Virtual Prototyping Technology
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The Research on Discrete Element of Blade Part In Powder Injection Molding
p.205

Rigid-Plastic FEM Simulation of Orthogonal Cutting Process
p.209

Microwave Curing of Non-Traditional Polymer Materials Used in Manufacture of Injection Moulds
p.214

Semi-Automatic Platen Die-Cutting Mechanism’s Optimization Design Based on CAE Technology
p.223

The Optimization of Curve Based on Genetic Algorithm and Energy Method
p.227

Study on the Temperature Field of Jet Plug-in Hot Blast Furnace
p.231

Simulation Study on Tractor’s Same-Rut-Steering Mechanism
p.236

The Steady-State Thermal Characteristics Analysis of Precise Composite Grinding Machine
p.241

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Semi-Automatic Platen Die-Cutting Mechanism’s Optimization Design Based on CAE Technology

Abstract:

Against the currently existing design and development problem of complex mechanism such as long design cycle, high manufacturing costs and so on, it offers a optimal design method of mechanism based on CAE and use Semi-automatic platen die-cutting mechanism as design example to explain how to use UG Motion Simulation module not only analyze the existing problem, but also optimal design in detail.