Efficient and Robust Topology Optimization of Compliant Mechanisms using Perturbed Geometrically Non-Linear Analysis: Paper Title: "Structural Topology Optimization using Bayesian-Enhanced Perturbed Non-Linear Analysis"

The recent success of - and demand for - compliant mechanisms has increased rapidly within the micro-electromechanical systems-, aircraft-, spacecraft-, surgical-, and precision-instrument industries. Yet, even greater success may be achieved by overcoming the computational cost and instability of the mechanisms' design methodology. This...

Topology optimization as architectural form finding: Using structural topology optimization to generate architectural geometry

Building with earthy materials requires new methods to generate architectural geometry and possibly buildings. Topology optimization is a process often used in mechanical engineering and minimizes the volume while still keeping the maximum stiffness. This research implements this process into architectural models, in order to find geometry based...