The Use of Rigidity Properties in Cylindrical Shells for Noise Reduction
p.259
p.259
Method Reduction of Vibrations of a Cylindrical Shell with a Longitudinal Plate Rib
p.265
p.265
Research of Tight Band Coiling Dynamics
p.271
p.271
Application of Frequency Method for Defining Threaded Joint Tightening Degree
p.277
p.277
Calculation of Dynamic Parameters of Floating Up of the Rotor in Gas Vibrobearings
p.281
p.281
Dynamic Research of a Walking Pipe Robot
p.285
p.285
Path Planning in the Case of PKM with Hybrid Topology
p.291
p.291
Wall Press Walking In-Pipe Robot
p.296
p.296
Robotic Assembly Using Vibrations
p.301
p.301
Calculation of Dynamic Parameters of Floating Up of the Rotor in Gas Vibrobearings
Abstract:
Floating up of the rotor in gas vibrobearings with squeezed gas vibrofilms is investigated. Individual cases of efficiency of gas vibrobearings in relation to a rotor load have been studied. A dynamic model of a self-alignment gas vibrobearing is described; dynamic parameters of floating up of the rotor are presented in relation to the parameters of vibration of vibrosupporting surfaces.
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Periodical:
Solid State Phenomena (Volume 113)
Pages:
281-284
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Online since:
June 2006
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© 2006 Trans Tech Publications Ltd. All Rights Reserved
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