| Aluminum alloy is an emerging material in the manufacturing of automobile parts. This research is aimed at studying whether an aluminum alloy can effectively replace steel in the manufacturing of automobile control suspension arms. The design of the aluminum part is done through the use of modelization and simulation software and the ESO (Evolutionary Structural Optimization) method that allow to develop the shape and weight of the part under given stress conditions. Mechanical strength and vibration movements of the control suspension arms will also be studied. Finally, the results will be compared with the performance of steel parts. |
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