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Study of Adherend Thickness Influence on the Bond Strength of Carbon/Epoxy Composite Joints

机译:粘附厚度对碳/环氧复合关节粘合强度的影响研究

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摘要

In this paper, adherend thickness influence on the bond strength was evaluated by single-lap shear testing. The adherend for joining was carbon/epoxy composites with four different thickness made of fabric prepregs. The adhesive system for joining included two types of adhesive film, namely J-135 and J-95. The results showed that adherend thickness have a significant influence on the bond strength, hi the range of adherend thicness from 2.26 mm to 4.52 mm, the bond strength demonstrated a wavy change with increasing adherend thickness. Through comparison of the bond strength of joints with two adhesives at room temperature and aging condition, adhesive J-95 was proved to have better resistance to elevated temperature and humidity than J-135.
机译:在本文中,通过单圈剪切测试评估了对粘合强度的粘附厚度影响。加入的被粘物是碳/环氧复合材料,具有四种不同的织物预浸料制成的厚度。用于连接的粘合系统包括两种类型的粘合剂膜,即J-135和J-95。结果表明,粘附厚度对粘合强度有显着影响,粘附温度范围为2.26毫米至4.52mm,粘合强度呈现波状随着粘物厚度的增加。通过在室温和老化条件下与两个粘合剂的接头键合强度的比较,证明粘合剂J-95具有比J-135更好地抵抗升高的温度和湿度。

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