Studying Technology of Collaborative Virtual Prototyping of Louver under ADAMS Platform
p.204
p.204
Research on Accuracy Verification for Three-Dimensional Measurement Machine with Non-Contract and Surface Scanning
p.208
p.208
Finite Element Simulation and Analysis of Strain and Strain Rate of Material in Micro-Milling
p.212
p.212
New Support Fast Generation and Application in Stereolithgraphy Apparatus
p.217
p.217
Modeling and Simulation of Cop Slide Groove Mechanism Based on Virtual Prototype Technology
p.222
p.222
Research on Information Construction of SME and Information Talent Cultivation
p.226
p.226
Effects of Splicing Chamber Parameters and Splicing Air Pressure on Splicing Performance
p.231
p.231
Rapid Tooling of Mixer Mixing-Blade of Concrete Mixer
p.236
p.236
Active Service Using Acquaintance Nodes in Intelligent Manufacturing Environments
p.241
p.241
Modeling and Simulation of Cop Slide Groove Mechanism Based on Virtual Prototype Technology
Abstract:
In this paper, the cop slide groove spatial linkage mechanism was studied by utilizing the 3D software UG to build models and assemble cop slide groove. Then the assembled models were imported into ADAMS to finish the simulation thereof. The results prove the designing achieves preconcerted movement and meets the requirements. In the meantime, the feasibility of the mechanism was proved.
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Periodical:
Applied Mechanics and Materials (Volume 33)
Pages:
222-225
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Online since:
October 2010
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© 2010 Trans Tech Publications Ltd. All Rights Reserved
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