Simulation Analysis to Shock Strength of Electromechanical Products Using MSC.PATRAN and MSC.DYTRAN

Bao Cong Ma; Xiang Ke Tian

doi:10.4028/www.scientific.net/AMR.201-203.272

Paper Titles

Theoretical and Finite Element Analysis of Crosshead of Quintuple Cylinders Fracturing Pump
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A Lamp Coating Temperature Field Calculation Method
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Numerical Simulation of the Two-Phase Flow in a New Type Cyclone
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Holonic Engineering Data Management Framework for Allied Concurrent Engineering
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Simulation Analysis to Shock Strength of Electromechanical Products Using MSC.PATRAN and MSC.DYTRAN
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Design of Vehicle’s Controlling System Used a 4WS Control Method Based on BP Neural Network
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Parameter Transfer Method of Mixed-Language Programming
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Design and Simulation of the Cleaning Parts of Comb-Type Cotton Picker
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Research on the Installed Position of the Cutting Device of a Small-Scale Sugarcane Harvester Using Virtual Prototype Technology
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 201-203Simulation Analysis to Shock Strength of...

Simulation Analysis to Shock Strength of Electromechanical Products Using MSC.PATRAN and MSC.DYTRAN

Abstract:

The traditional method of verifying mechanical and electrical products shock strength is primarily through impact test to the product. From the current experiment the force size and amount of structural deformation can’t be gotten when it suffers from the impact load. Applying the software of MSC.Patran and MSC.Dytran, finite element is modeled for the mechanical and electrical products components, and impact property is analyzed when they are subject to impact load. It can reduce the number of verification test and improve design quality. The application is very promising.