Design and Analysis of a Power Transmission Network Model of Electric Vehicle
p.45
p.45
Design and Analysis of Conjugate Cam Beating-Up Motion Law
p.53
p.53
Design and Analysis of the End-Effector of the Flexible Polishing Robot
p.58
p.58
Design of Equipments for Nonlinear Static Experiment of Rubber Damping Materials
p.64
p.64
Design of High-Speed Thin Steel Plate Roller Based on the Fuzzy Reliability
p.69
p.69
Design of New Type High-Speed Cutting Deformation Test Device
p.73
p.73
Design of Plasma Discharge Structure for Surface Treatment of PP Film
p.77
p.77
Design on the Main-Axis in Big Power Inverted Umbrella Aeration Machine Based on Genetic Algorithms
p.84
p.84
Development of High Speed Precision Press and its Development Trends
p.89
p.89
Design of High-Speed Thin Steel Plate Roller Based on the Fuzzy Reliability
Abstract:
Rupture often happens when high-speed thin steel plate roller endures exchanging stress. Based on fuzzy theory, the paper discusses the fuzzy reliability design of roller with random variables and fuzzy variables, puts forward a basic method of digital simulation, and furthermore takes actions to improve the reliability of the rollers.
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Periodical:
Key Engineering Materials (Volume 693)
Pages:
69-72
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Online since:
May 2016
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© 2016 Trans Tech Publications Ltd. All Rights Reserved
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