In this way, topology optimization helps to create the best possible structure of a given part. This allows the software to identify areas where the material can be removed without sacrificing part’s function or performance.

Then the software analyses the shape based on several requirements, such as load, deformation, stiffness constraints and boundary conditions. Original design going through topology optimization The process of optimizing part’s shape begins by defining the “design space” that represents the maximum volume a part can occupy.

Topology optimization is a generative design technique that optimizes the geometry of an object using mathematical calculations. Today’s article will explore how topology optimization, coupled with 3D printing, can help engineers to reimagine their approach to designing and producing parts. Topology optimization makes the production of stronger, lightweight parts possible. However, to fully exploit the design complexity offered by the technology, design software, like topology optimization, is needed. Today, additive manufacturing (AM) offers unprecedented possibilities for the design and production of functional parts.

Altair inspire topology optimization