Recent Progress in Preliminary Design of Mechanical Components with Topology Optimization (original) (raw)
2002, Integrated Design and Manufacturing in Mechanical Engineering
AI-generated Abstract
This paper discusses recent advancements in the preliminary design of mechanical components using topology optimization techniques. The authors highlight the shift from intuition-driven design choices to mathematically-based methods that improve performance and automation during the design phase. Key contributions include the integration of stress constraints into topology optimization, the generalization of von Mises stress criteria, and the introduction of geometric constraints to control complexity. The findings suggest that these methodologies lead to innovative and optimized designs for mechanical structures.
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