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A New Chiral Beam Element for Modelling Chiral Honeycombs
2017
Journal of Applied Mechanical Engineering
Chiral honeycombs which exhibit auxetic behaviors (negative Poisson's ratios) have attracted much research interest due to their novel mechanical properties. They are broadly used in designing new functional structures, such as energy absorption and noise mitigation materials. To analyze the behaviors of these materials, finite element models are generally adopted, which may require much time and labor to construct and implement. To simplify the numerical modelling, a novel Chiral Beam Element
doi:10.4172/2168-9873.1000249
fatcat:jmhl3ssugzd7pbv3jiyl2rg6qq