2010Unpublished venueRequires access

A Design of ERF Shock Absorber Base on Fuzzy Control Technology

He Fengqin, Zhang Chunhong, Ning Li

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Abstract

Electrorheological fluid(ERF) is a new type of "smart" fluid. In this paper, a new type ERF shock absorber was designed by putting ERF in damper as a damp medium and a fuzzy control arithmetic for this ERF shock absorber was designed. This arithmetic's validity is made sure by simulation.

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What this paper is about

Electrorheological fluid(ERF) is a new type of "smart" fluid. In this paper, a new type ERF shock absorber was designed by putting ERF in damper as a damp medium and a fuzzy control arithmetic for this ERF shock absorber was designed. This arithmetic's validity is made sure by simulation.

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Available abstract

Electrorheological fluid(ERF) is a new type of "smart" fluid. In this paper, a new type ERF shock absorber was designed by putting ERF in damper as a damp medium and a fuzzy control arithmetic for this ERF shock absorber was designed. This arithmetic's validity is made sure by simulation.

Key concepts: Shock absorber, Damper, Shock (circulatory), Electrorheological fluid, Base (topology), Fuzzy logic, Fuzzy control system, Type (biology)

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