Experimental Research on Stacking Performance of Fruit Transport Packages

WANG Lu-cong, LIU Mei-hua, ZHANG Lian-wen, PAN Dao-jin, MENG Xian-wen

Packaging Engineering ›› 2012 ›› Issue (19) : 11-14.

Packaging Engineering ›› 2012 ›› Issue (19) : 11-14.

Experimental Research on Stacking Performance of Fruit Transport Packages

  • WANG Lu-cong, LIU Mei-hua, ZHANG Lian-wen, PAN Dao-jin, MENG Xian-wen
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Abstract

Dynamic continuous pressure technology was applied to simulate the stacking test of fruit in actual transportation environment. The compressive resistance and collision resistance of Fushi apple during transport and stacking process was tested. GT-7001-DS carton compression tester was applied for the compression test. The result showed that the maximum number of allowable stacking layers is 11; the allowable maximal stacking height is 1870 mm. The best transport package stacking mode from transportation package containers to vehicles was simulated using TOPS Pro software. The purpose was to provide reference for optimal design of fruit transport package and transport stacking.

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WANG Lu-cong, LIU Mei-hua, ZHANG Lian-wen, PAN Dao-jin, MENG Xian-wen. Experimental Research on Stacking Performance of Fruit Transport Packages[J]. Packaging Engineering. 2012(19): 11-14

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