2012Unpublished venueRequires access

Based on the ANSYS double rhombic honeycomb paperboard finite element analysis

Bao‐Zhong Wang, Shan Gao

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Abstract

The bearing capacity of the structure of honeycomb paperboard and its performance has the direct relations. In order to design a rational structure, good performance, good economic performance of honeycomb paperboard, using finite element analysis method, the use of ANSYS finite analysis software to establish the model of analysis of bilayer honeycomb paperboard, double diamond static properties of honeycomb paperboard, proved that the double rhombic honeycomb paperboard compression performance of honeycomb paperboard, for improved structure and performance the increase will have a certain reference.

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What this paper is about

The bearing capacity of the structure of honeycomb paperboard and its performance has the direct relations. In order to design a rational structure, good performance, good economic performance of honeycomb paperboard, using finite element analysis method, the use of ANSYS finite analysis software to establish the model of analysis of bilayer honeycomb paperboard, double diamond static properties of honeycomb paperboard, proved that the double rhombic honeycomb paperboard compression performance of honeycomb paperboard, for improved structure and performance the increase will have a certain reference.

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Available abstract

The bearing capacity of the structure of honeycomb paperboard and its performance has the direct relations. In order to design a rational structure, good performance, good economic performance of honeycomb paperboard, using finite element analysis method, the use of ANSYS finite analysis software to establish the model of analysis of bilayer honeycomb paperboard, double diamond static properties of honeycomb paperboard, proved that the double rhombic honeycomb paperboard compression performance of honeycomb paperboard, for improved structure and performance the increase will have a certain reference.

Key concepts: Paperboard, Honeycomb, Finite element method, Structural engineering, Compression (physics), Honeycomb structure, Materials science, Composite material

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