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2015•Advances in computer science researchOpen access

Magnetic Design and Simulation Analysis of Magneto-rheological Damper

Xiaojuan Li, Xiaobin Liang, Fan He, Wei Dong Guo, Weibin Wang

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Abstract

Magneto-rheological damper has advantages of fast response, good stability and continuously adjustable damping force, that is controlled by the damping force to achieve damping.This paper analyzes the influence of the thickness of the outer cylinder, work space, turns, damping channel length, coil currents and other factors on magnetic field intensity in damping channel by ANSYS software, it provides theoretical basis for the overall structural design of MR damper.

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What this paper is about

Magneto-rheological damper has advantages of fast response, good stability and continuously adjustable damping force, that is controlled by the damping force to achieve damping.This paper analyzes the influence of the thickness of the outer cylinder, work space, turns, damping channel length, coil currents and other factors on magnetic field intensity in damping channel by ANSYS software, it provides theoretical basis for the overall structural design of MR damper.

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Available abstract

Magneto-rheological damper has advantages of fast response, good stability and continuously adjustable damping force, that is controlled by the damping force to achieve damping.This paper analyzes the influence of the thickness of the outer cylinder, work space, turns, damping channel length, coil currents and other factors on magnetic field intensity in damping channel by ANSYS software, it provides theoretical basis for the overall structural design of MR damper.

Key concepts: Damper, Magnetic damping, Damping torque, Cylinder, Magnetic field, Electromagnetic coil, Shock absorber, Rheology

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