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Dynamic mechanical response and deformation mechanism of multilayer compression-torsion metamaterials
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DOI：10.1016/j.tws.2026.115080.png)
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Abstract
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• A novel multilayer compression-torsion metamaterial is proposed. • Dynamic behavior is characterized using SHPB and strain rosette methods. • Key structural parameters influencing the dynamic response are identified. • Compression-Torsion Coupling (CTC) effect is evaluated under impact loading. • Layer-wise deformation under dynamic loading weakens the CTC effect.
Keywords:
multilayer metamaterial
compression-torsion coupling
dynamic response
strain rosette
deformation mechanism
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1.1W
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