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Graduate Degree
Graduate Degree
Automotive Design and Material Selection
Design, and optimization of Body-in-White (BiW) structure topology to meet performance requirements.
The objective of the project was to design the structure of a new vehicle to package three occupants and optimize the topology for achieving performance requirements.
Evaluation of experimental frequency response.
This mini project was concerned with modal analysis of a sedan BiW structure using MATLAB.
Linear finite element stiffness and modal frequency analysis of a racecar frame.
This mini project was concerned with understanding of design steps applied to evaluate fundamental performance of BiW vehicle development.
Linear finite element analysis and topology optimization of a brake pedal.
The project was concerned with evaluating performance of different mesh models for static structural analysis and using the optimum model to perform topology optimization for forged brake pedal.
Material selection for lightweighting of automotive trunk lid.
The project was concerned with performing material selection process for an automotive trunk with the objective of lowering weight.
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