Auxetic mechanical metamaterials are engineered systems that exhibit the unusual macroscopic property of a negative Poisson's ratio due to sub-unit structure rather than chemical composition. Although their unique behaviour makes them su... R Gatt,L Mizzi,JI Azzopardi,... - 《Sci Rep》 被引量:...
Glass Sponge-inspired Auxetic Mechanical Metamaterials for Energy Absorption The Auxetic Structure (AS) exhibits significant densification strain due to its concave cell architecture, functioning as an effective energy-absorbing met... C Xu,Q Li,L Zhang,... - 《Journal of Bionic Engineering》 被引...
引文信息:Chao Xu, Qiwei Li, Lu Zhang, Qingping Liu & Luquan Ren. Glass Sponge-inspired Auxetic Mechanical Metamaterials for Energy Absorption. Journal of Bionic Engineering,2024,21(5),2349- 2365. Glass Sponge-inspired Auxeti...
Auxetic mechanical metamaterials are engineered systems that exhibit the unusual macroscopic property of a negative Poisson's ratio due to sub-unit structure rather than chemical composition. Although their unique behaviour makes them superior to conventional materials in many practical applications, they ar...
2D auxetic metamaterials with tuneable micro-/nanoscale apertures Modern advanced manufacturing technologies have made possible the tailored design and fabrication of complex nanoscale architectures with anomalous and enhanced properties, including mechanical and optical metamaterials; structured mater... L Mizzi...
Mechanical metamaterials, also known as auxetic metamaterials, are metamaterials exhibiting the unique property of a negative Poisson’s ratio (NPR) or the ability to laterally enlarge when longitudinally stretched. Lakes first studied this unique property in 1987 [15], which was then coined as “...