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Performance Evaluation of a Mixed-Mode Type ER Engine Mount (I);Manufacturing and Test of Engine Mount
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 Title & Authors
Performance Evaluation of a Mixed-Mode Type ER Engine Mount (I);Manufacturing and Test of Engine Mount
Choe, Yeong-Tae; Choe, Seung-Bok;
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This paper presents a mixed-mode type ER(electro-rheological) engine mount, and its vibration control performance for a passenger vehicle is presented. The field-dependent yield stress of a transfo rmer oil-based ER fluid is empirically distilled in both shear and flow modes. This is then incorporated with the governing equation of motion of the proposed mixed-mode(shear mode plus flow mode) type engine mount. The damping force is analyzed with respect to the intensity of the electric field and design parameters such as electrode gap. Subsequently, the ER engine mount which is equivalent to the conventional hydraulic engine mount in terms of the damping level is designed and manufactured. Both computer simulation and experimental test are undertaken in order to evaluate vibration isolation performance. In addition, this performance is compared with that of the conventional hydraulic engine mount.
Electro-Rheological Fluid;ER Engine Mount;Hydraulic Engine Mount;Vibration Isolation;
 Cited by
Vibration and Noise Control of Structural Systems Using Squeeze Mode ER Mounts,;;;

Journal of Mechanical Science and Technology, 2003. vol.17. 12, pp.1949-1960
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