A new design optimization of lightweight lower control arm for B-segment passenger car

Maharun, Muhammad Adib (2019) A new design optimization of lightweight lower control arm for B-segment passenger car. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Recent year automakers are concerned with the carbon dioxide that produce by the vehicle. To reduce this, some components of vehicle can be reduce their weight resulting in reducing the carbon dioxide that produce. Purpose for that, this study was conducted to reduce the weight of the lower control arm for the B-segment passenger car by reducing the weight about 30% percent of their weight by using the method of the optimization process. The lower control arm product was produced using the Catia V5 Software and had been optimize using the Solidthinking – Inspire software. Several parameter had been constrain such as the hard point for the lower control arm, the loadcase that been applied and the material that used to ensure the overall performance of the lower control arm meet the requirement. At the end of this project, the best design of the lower control arm will be recommended based on the analysis data that had been conducted where it can be used for future development.

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