A Practical Guide to Topology Optimization

This book introduces topology optimization as a major conceptual design tool in modern engineering and focuses on its applications in structural and mechanical design. It explains the mathematical foundations of the minimum compliance problem, a key starting point for understanding topology optimization, while also addressing common challenges and regularisation techniques used to obtain practical optimized solutions. Moving from theory to application, the book provides guidance on modelling realistic loads and boundary conditions for mechanical components in critical operating scenarios. A case study on the optimization of a motorcycle single-sided swingarm demonstrates how topology optimization can improve structural efficiency and reduce weight in engineering design practice.