2008Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Design of an electrorheological fluid shock absorber base on fuzzy control technology

Fengqin He, Jun Lin, Dan Li, Ning Li

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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.

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Available 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.

Key concepts: Electrorheological fluid, Shock absorber, Damper, Shock (circulatory), Electric shock, Magnetorheological fluid, Fuzzy control system, Fuzzy logic

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