Enhanced tunable fracture properties of the high stiffness hierarchical honeycombs with stochastic Voronoi substructures
Abstract
For multifunctional optimization design of honeycomb structures, the high stiffness hierarchical honeycombs with stochastic Voronoi substructures (HHSVS) are proposed by substituting cell walls of the regular hexagonal honeycombs (ORHH) with Voronoi honeycomb lattices of equal mass. In this study, the tunable linear elastic fracture properties of the HHSVS are investigated by finite element analysis. Results demonstrate that size effect on...
Paper Details
Title
Enhanced tunable fracture properties of the high stiffness hierarchical honeycombs with stochastic Voronoi substructures
Published Date
Mar 1, 2019
Journal
Volume
12
Pages
1190 - 1196
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