SIHNO combines rotation-steerable geometric representations and Hamiltonian-inspired energy coupling to predict stress fields of porous metamaterials under different orientations, improving accuracy, robustness, and interface fidelity. (IMAGE)

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SIHNO combines rotation-steerable geometric representations and Hamiltonian-inspired energy coupling to predict stress fields of porous metamaterials under different orientations, improving accuracy, robustness, and interface fidelity.

Caption

SIHNO combines rotation-steerable geometric representations and Hamiltonian-inspired energy coupling to predict stress fields of porous metamaterials under different orientations, improving accuracy, robustness, and interface fidelity.

Credit

Xinyu Lu / Zhejiang University

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