Design And Development Of A Dual Acting Magnetically Activated Shock Absorber

Mohd Husharilamri , Husain (2008) Design And Development Of A Dual Acting Magnetically Activated Shock Absorber. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Dual acting magnetically activated shock absorber is a shock absorber that uses Magneto-rheological fluid or commonly knows as dual acting MR fluid damper. The application of this device is focus on the automotive sector such as automobile and motorcycle. The purpose of developing the dual acting shock absorber is to reduce the vibration on body and tire. This thesis wills overview the MR fluid damper through the discussions of MR Fluid technologies that adapt to the development of this MR Damper. Then, this thesis will introduce regular damper and the MR Fluid dual acting damper. In this section it will include discussion of MR damper types, type of MR damper operation mode and device using MR technology. The literature review of this thesis wills discuses the study and information collected to the MR damper. In this section the mathematical fundamental will also discussion the formula used to solve the design problem. The Methodology that used to solve the design problem will be explained in this thesis. The method uses in this thesis writing is MatLab and Solidwork software. By using Mat Lab the maximum damping force and best parameter to design a MR damper were obtain by using simulink. Finally, the best design ofMR damper was present in 3D modeling by using Solidwork and the prototype is produce. The lab experimental also conducted to perform evaluation on the characteristics of the damper. In conclusion, recommendations are made for improving the prototype and future work that should been done.

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