Dynamic Shock Absorber

This is the final year project on "dynamic shock absorber" and its main aim is to design a dynamic suspension system that minimizes the vertical oscillations of the vehicle’s body regardless of different road conditions. A series of five modules were designed to achieve this goal. The modules generate a force similar to the effects of an uneven road that creates oscillations in the vehicle’s body. The vertical velocity of the body was determined and processed by a controller to get the required signal to suppress these oscillations. This process was implemented through the use of electromagnetic circuitry.You can also subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

In this project work, the mechanism and theory of the current suspensions system were analyzed to achieve a better understanding. A mechanical representation of a suspension system was designed based on these analyses.

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