The Prediction of the Maintainability of Armored Vehicle Engine Based on Failure Model Effectiveness Analysis
p.601
p.601
The State Assessment of Armored Vehicle Engine Based on Analytic Hierarchy Process and Fuzzy Synthetic Evaluation
p.606
p.606
Research of Parametric Design and outside Rearview Checking Method of Passenger Vehicle
p.611
p.611
Multi-Body Dynamics Analysis of V-Type Diesel Engine Crankshaft
p.617
p.617
Megawatt Wind Turbine Hydraulic Brake System Locking Device Modeling and Research Based on AMESim
p.621
p.621
The Parameter Performances and Simulations of Nitrogen-Inflating Hydraulic Breaker Based on AMESim
p.625
p.625
The Design of Explosion-Proof Machine Based on Single Chip Microcomputer
p.630
p.630
A High Speed Radio on Fiber Based on Optical Double-Sidebands via Optical Filter and Optical Phase Modulation
p.636
p.636
A Simple and Controllable Gas Control Device for Microfluidic Chips
p.643
p.643
Megawatt Wind Turbine Hydraulic Brake System Locking Device Modeling and Research Based on AMESim
Abstract:
As a megawatt-class wind turbine braking system, in addition to brake, it should also be in place with a wind wheel locking device to ensure that the failure of the braking system in the normal case fan will not burst start again.To solve the problem the article has designed a hydraulic locking device, and USES the AMESim software on the research and analysis.
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Periodical:
Advanced Materials Research (Volume 988)
Pages:
621-624
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Online since:
July 2014
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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