Experimental Load-Driven Generative Design of a Preci-sion Camera Support: Topology Optimization and Manu-facturing Cost Analysis
This study demonstrates that an experimental load-driven generative design approach, utilizing in-vivo force measurements and topology optimization, successfully reduced the mass of a precision camera support by 67.58% while simultaneously improving stiffness and safety factors compared to a commercial baseline, all while maintaining manufacturing cost viability through a four-piece assembly.