Design of an electrorheological fluid shock absorber base on fuzzy control technology
Fengqin He, Jun Lin, Dan Li, Ning Li
Abstract
Fengqin He, Jun Lin, Dan Li, Ning Li
Abstract
Electrorheological fluid is a new type of "smart" fluid. In this paper, a new type Electrorheological fluid shock absorber is designed by putting electrorheological fluid in damper as a damp medium, a fuzzy control arithmetic for this electrorheologival fluid shock absorber is designed and a fuzzy control electrorheological fluid shock absorber system is designed. Validity of this design is made sure by experiment.
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Electrorheological fluid is a new type of "smart" fluid. In this paper, a new type Electrorheological fluid shock absorber is designed by putting electrorheological fluid in damper as a damp medium, a fuzzy control arithmetic for this electrorheologival fluid shock absorber is designed and a fuzzy control electrorheological fluid shock absorber system is designed. Validity of this design is made sure by experiment.
Key concepts: Electrorheological fluid, Shock absorber, Damper, Shock (circulatory), Electric shock, Magnetorheological fluid, Fuzzy control system, Fuzzy logic