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March 12, 2026Journal of Applied Physics1 citations

Cut-Enabled Anisotropic and Non-Reciprocal Elasticity in Chiral Metamaterials

Cut-enabled anisotropic and non-reciprocal elasticity in chiral metamaterials

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Authors

HJHao JinCPChangyou PengXYXiao Yang

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Overview

Researchers demonstrate non-reciprocal elasticity in chiral metamaterials by introducing strategic cuts, suggesting innovative design possibilities.

Key Points

  • The research aims to explore how strategic cuts in chiral metamaterials can create unique elastic properties.
  • Introduced cuts into chiral mechanical metamaterials to influence their elasticity.
  • Varied cut topology, including number, placement, and orientation, to explore effects.
  • Analyzed the mechanical response under loading conditions for stiffness transitions.
  • Achieved significantly anisotropic and non-reciprocal elasticity.
  • Demonstrated abrupt increases in stiffness due to the opening and closing of cuts.
  • Identified specific regimes that exhibited clear non-reciprocal mechanical behaviors.

Cite This Study

Jin et al. (2026) studied this question.

synapsesocial.com/papers/69b257cd96eeacc4fcec6cd2https://doi.org/10.1063/5.0321385
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