Design And Fabricate Chassis For Personal Electric Vehicle For UTeM

Mohd. Faisal, Abdul Manas (2011) Design And Fabricate Chassis For Personal Electric Vehicle For UTeM. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Due to the need for green technologies, Universiti Teknikal Malaysia Melaka (UTeM) requires an electric vehicle that is not dependent on the fossil fuel sources and at the same time can reduce the impact of the environmental pollution. In addition, to large university requires students and staffs move from one place to another with the aid of the motoring vehicle. This will require more time and energy for those who had to walk around campus. In the case, an eco-design mobility that can help the movement from one place to another place in faster and save energy should be created. The main objectives of this project are to design and fabricate UTeM’s first personal electric vehicle chassis and to select material for the chassis and vehicle’s body parts. The purpose of this full report is to provide a clear presentation of the chassis design and material selection of the personal electric vehicle. The project scopes are including research conducting and studies on chassis design and materials selection, to do sketching, 3D drawing and other design process of the PEV, to conduct Finite Element Analysis (FEA) using CATIA V5R16 and finally to fabricate the chassis and whole parts of personal electric vehicle. The methodology for this PSM project includes research for chassis design and material selection, sketching and designing process, small scale modeling and finally fabricating process. The result of the project describes about the outcome of finite element analysis, the chassis design and material that selected to manufacture the chassis. The discussion of the project explains about the design modification of PEV along designing process and discussion about the analysis result.

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