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FEM/FEA of large honeycomb structures

Publisher
Elsevier Science
Year
1993
Weight
129 KB
Volume
14
Category
Article
ISSN
0261-3069

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πŸ“œ SIMILAR VOLUMES

FEM analysis of transverse creep in hone
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The results of an analysis of creep deformation in hexagonal and circular honeycomb structures using an elastic-plastic finite element method are reported here. Representative unit cells of transverse sections of the honeycomb structures were subjected to compression loading, with the wall material

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## Abstract The mechanical properties of 2D honeycomb‐structured polymer sheets (HSPS) are investigated with respect to the polar angle at large deformation. The tensile force fluctuates as an undamped negative sinusoidal wave with a periodicity of 15Β°. The amplitude of the fluctuation is proportio

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## Abstract To construct the structure/property relationships of patterned polymer architectures depending on symmetry, the large‐deformation behavior of 2D HSPS with respect to the polar angle was studied. Holes aligned along the HSPS apex were more effective in decreasing tensile force and reduci