Finite Element Analysis and Test Validation of Racking Bending in Folding Box Pallet

WANG Rui-na, LU Li-xin, YU Du-yuan, HAN Bian-ling

Packaging Engineering ›› 2014 ›› Issue (7) : 34-38.

Packaging Engineering ›› 2014 ›› Issue (7) : 34-38.

Finite Element Analysis and Test Validation of Racking Bending in Folding Box Pallet

  • WANG Rui-na1, HAN Bian-ling1, LU Li-xin2, YU Du-yuan3
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Abstract

Objective The design of box pallet is mostly experience-based, which has long design period and high cost. The aim of this study is to check the feasibility of simulation of box pallet performance using finite element analysis. Methods The modeling design of pallet was carried out by using Solidworks, and then finite element analysis of the model was carried on by using Workbench. The model was modified based on simulation results until it met the requirements, and then a sample was prepared for the racking bending experiment. Results The results showed that the simulation results of racking bending performance of the box pallet were similar with the experimental results. The relative error of five points decreased with the increase of pressure and was finally stabilized. Conclusion It was confirmed that the design of box pallet and simulation of racking bending performance of box pallet by workbench was feasible.

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WANG Rui-na, LU Li-xin, YU Du-yuan, HAN Bian-ling. Finite Element Analysis and Test Validation of Racking Bending in Folding Box Pallet[J]. Packaging Engineering. 2014(7): 34-38

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