A Framework Design of Automatic Fault Diagnosis System
p.635
p.635
Synthesis of Parallel Manipulator with Single DOF
p.639
p.639
Design of the Lower Extremity Rehabilitation Robot Communication System
p.644
p.644
A Survey on Robot Teaching: Categorization and Brief Review
p.648
p.648
Dynamics Simulation of Multi-Mechanism Operation Parameterization Bridge Crane Modeling Based on Rigid-Flexible Coupling System
p.659
p.659
Performance-Based Optimal Design of a Dynamic System for a Guided Projectile
p.668
p.668
The Design of Neuro-Fuzzy Controller for Active Suspension System
p.673
p.673
Finite Element Analysis for Coupling Vibrations of Liquid-Filled Pipe and Support Structure System
p.677
p.677
Optimal Design of Advanced Grid Stiffened Composite Cylindrical Shell
p.681
p.681
Dynamics Simulation of Multi-Mechanism Operation Parameterization Bridge Crane Modeling Based on Rigid-Flexible Coupling System
Abstract:
The rigid-flexible coupled system modeling of parameterization bridge crane is conducted based on Pro/E, Multi-body systems dynamics simulation & Finite element analysis software, simulation of multi-mechanism operation process is performed as well. The results of dynamic simulation were analyzed and summarized, which is essential to complete crane fatigue strength calculation.
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Periodical:
Applied Mechanics and Materials (Volume 330)
Pages:
659-667
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Online since:
June 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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