Abstract In this paper, the effects of rivet layout on mechanical properties of CFRP/Al electromagnetic bond-riveted joints were investigated. Distribution of adhesive layer thickness after riveting was analyzed, and shear tests were carried out. Results showed that the failure of bond-riveted joints was divided into adhesive failure and riveting failure. Bond-riveted joints had considerable shear strengths, and the energy absorption (EA) values of bond-riveted joints were higher than the bonded joint and riveted joints. Among bond-riveted joints, the bond-riveted joint with four rivets in a square array had the highest shear strength, and didn’t add too much weight to the joint. Adding rivets to bonded joint changed the distribution of adhesive layer thickness, and provided the anti-shear force anti-peeling moment.

中文翻译：

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碳纤维复合材料/铝结构的粘合剂-电磁铆钉混合连接技术：工艺、设计和性能

摘要 本文研究了铆钉布置对CFRP/Al电磁粘结铆接接头力学性能的影响。分析铆接后胶层厚度分布，并进行剪切试验。结果表明，铆接接头的失效分为粘接失效和铆接失效。粘结铆接接头具有相当大的剪切强度，粘结铆接接头的能量吸收（EA）值高于粘结接头和铆接接头。在粘结铆接接头中，四个铆钉呈方形排列的粘结铆接接头具有最高的抗剪强度，并且不会给接头增加过多的重量。在粘接接头处添加铆钉改变了胶层厚度的分布，并提供了抗剪力抗剥离力矩。