Force Effects On Laminated Rubber-Metal Spring Using Transmissibility Test Numerical Approach

Madzuki, Muhammad Ihsan (2017) Force Effects On Laminated Rubber-Metal Spring Using Transmissibility Test Numerical Approach. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The purpose of this project is to study and analyses the laminated rubber-metal spring model by using the finite element analysis software. The model is drawn part by part and assembly by using the CATIA solid modelling software. By using the ANSYS FEA finite element analysis software, the natural rubber rod is analyses with 5 different type of natural rubber rod. This 5-different type of the natural rubber rod that been drawn and be analyses. The 5 different types of the natural rubber rod are the nature rubber rod without embedded plate, the nature rubber rod with 1 embedded aluminium alloy plate, the nature rubber rod with 2 embedded aluminium alloy plate, the nature rubber rod with 3 embedded aluminium alloy plate and the last one is the nature rubber rod with 4 embedded aluminium alloy plate. Every type of the natural rubber rod was analysed by using the 5-different force which is 200N, 400N, 600N, 800N, and 1000N. The result and data of the analysis then is show and represent based on the graph and table. By referring the result, the comparison of the value of the modal analysis, stress frequency response and the deformation frequency response of each type of the natural rubber rod is done, As the summary of the project, the number of embedded plate on the natural rubber rod will affect the result of the modal analysis, stress frequency response and the deformation frequency response.

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