Mechanical properties and band gap generation mechanism of a novel negative Poisson's ratio chiral metamaterial structure

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Analysis reveals the mechanical properties and band gap characteristics in new chiral metamaterial, suggesting enhanced vibration control.

Load-bearing capacity improves with the novel chiral metamaterial structure, demonstrating notable mechanical properties.
Chiral metamaterials exhibit a band gap formation with significant implications for vibration control in engineering applications.
Study employs numerical calculations alongside empirical tests to analyze elastic waves and vibration transmission loss.
Findings indicate that the band gap can be adjusted based on designed structural characteristics and macro/microscopic deformation.

Lin et al. (2025) studied this question.

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View Full Paper

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Authors

Analysis reveals the mechanical properties and band gap characteristics in new chiral metamaterial, suggesting enhanced vibration control.

Load-bearing capacity improves with the novel chiral metamaterial structure, demonstrating notable mechanical properties.
Chiral metamaterials exhibit a band gap formation with significant implications for vibration control in engineering applications.
Study employs numerical calculations alongside empirical tests to analyze elastic waves and vibration transmission loss.
Findings indicate that the band gap can be adjusted based on designed structural characteristics and macro/microscopic deformation.

Lin et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark