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    • Biomechanical
    • World Trade Center
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    • Monte Carlo Methods
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Shape Optimization and Parametric Modeling

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  • Biomechanical
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LS-OPT Users Manual

LS-OPT Users Manual

A Design Optimization and Probabilistic Analysis Tool for the Engineering Analyst

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Development of Machine-Augmented Composites for Infrastructure Applications

Development of Machine-Augmented Composites for Infrastructure Applications

The paper details the development of MACterials, focusing on how embedded machine geometry can be parametrically varied to achieve custom material properties. It highlights the use of analytical and finite-element models as key design tools for optimizing machine shapes for specific applications like vibration damping.

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