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In‐Plane Impact Characteristics of Auxetic Rotating Triangular Honeycomb Inspired by a Rotating Rigid Structure

Yuwen Chen, Huilan Huang, Xiaolin Deng

2024Advanced Engineering Materials12 citationsDOIOpen Access PDF

Abstract

Rotating Auxillary Structures In article number 2301943, Xiaolin Deng and co-workers investigate the mechanical properties of the auxetic rotating honeycomb structure inspired by rotating structures through experimental, theoretical, and simulation methods. The characteristics of dual platform stress can reduce the initial peak stress generated during collision and reduce the injury to pedestrians and vehicle occupants.

Topics & Concepts

AuxeticsMaterials scienceHoneycombHoneycomb structurePlane (geometry)Composite materialStructural engineeringGeometryEngineeringMathematicsCellular and Composite StructuresAdvanced Materials and Mechanics
In‐Plane Impact Characteristics of Auxetic Rotating Triangular Honeycomb Inspired by a Rotating Rigid Structure | Litcius