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Shape optimization is an important objective during construction and design of mechanical components. For new designs, selecting the shape and material distribution within the designed parts requires experience and/or exhaustive trials. Topology optimization enables optimum design with less iterations. In the present work, topology optimization is used to enhance an existing design of a pressure chamber to reduce the weight, while keeping the safety and performance requirements of the chamber. Solid-thinking Inspire software was used to reduce the weight of two parts, while maximizing their stiffness. Von-Mises stresses and maximum deformation were monitored as well to ensure the safety of the modified design. It was possible to reduce the overall weight of one part by 50%.

TOPOLOGY OPTIMIZATION OF A PRESSURE CHAMBER DESIGN USING COMPUTER AIDED DESIGN SOFTWARE