A New Method for Tectonic Conserved Quantity on Invariant Manifold of Autonomous System
p.1117
p.1117
Fiber Reinforcement Effect of the Corn Stalk Skin
p.1121
p.1121
The Experiment on the Features of Ultrasonic Vibration Stimulating the Absorption and Desorption of Methane in Coal
p.1126
p.1126
Research of Aerodynamic Noise Prediction of High-Speed Train
p.1133
p.1133
Study of Driving Force and Synchronization on a Space Docking Lock System
p.1137
p.1137
Precision Modeling and Deformation Analytic Computation of Throttle Slice of Telescopic Shock Absorber
p.1142
p.1142
Differential Equation and Analytic Computation of Throttle Slice Deformation under Micro-Circle Pressure
p.1146
p.1146
Numerical Simulation and Performance Study of Adjustable Steam Ejector Using CFD
p.1150
p.1150
Dynamic Analysis and Multiparameters Optimization of Hydrostatic Supported Worktable System
p.1155
p.1155
Study of Driving Force and Synchronization on a Space Docking Lock System
Abstract:
steel ropes are adopted to connect the locks in a space docking lock system. The dynamic transmitting characteristics of steel rope is analyzed and formulated, and then a dynamic model of space docking lock system including one active lock and five passive locks is established. The driving forces and movement synchronization of this lock system is revealed through simulation based on the dynamic model.
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Info:
Periodical:
Advanced Materials Research (Volumes 562-564)
Pages:
1137-1141
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Online since:
August 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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