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Testing Research of Aspect Ratio on Corrugated Box Compression Strength

机译:瓦楞纸箱压缩强度纵横比测试研究

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摘要

The aspect ratio is one of the important factors that impact the corrugated box compression strength. In this paper, the three most commonly method that can be used to obtain the corrugated boxes' compression strength, namely testing method, classic formula method and computer simulation method were compared. Selecting some 0201 BC flute corrugated boxes as the object, on the condition that the cardboard materials, carton height and circumference of the corrugated box is at the same, the compression strength of corrugated boxes which aspect range from 1 to 3 were tested and calculated respectively by compression strength testing method and classical formula. The results show that when the aspect ratio changes from 1 to 3, the compression strength increase at first, and then decrease; the compression strength reach maximum when the aspect ratio at 1.6 or so. The results show that the classic formula calculation data are large deviate from the testing ones. Research shows that due to not fully take into account the influence of corrugated cardboard quality, box forming process, temperature and humidity and other factors, the currently classic compression strength formula are more conservative.
机译:纵横比是这种影响的瓦楞纸箱压缩强度的重要因素之一。在本文中,三个最常用的方法可用于获得瓦楞纸箱压缩强度,即测试方法,经典式方法和计算机模拟方法进行了比较。选择一些0201 BC瓦楞纸箱为对象,在该纸板的材料,纸箱高度和瓦楞纸箱的圆周是在相同的条件下,瓦楞纸箱,其方面的范围从1到3的压缩强度进行了试验,分别计算由压缩强度试验方法和古典式。结果表明,当纵横比从1变化至3,首先,压缩强度增大,然后减小;压缩强度达到最大值时,在1.6左右的纵横比。结果表明,经典公式计算数据是从所述测试者大偏离。研究表明,由于没有充分考虑到瓦楞纸板的质量的影响,盒形成过程中,温度和湿度等因素的影响,当前经典压缩强度式是比较保守的。

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