声明
变量注释表
1 绪论
1.1 研究背景及意义(Background and Significance of the Research)
1.2 镁合金与高强度钢异质板材预冲孔无铆连接工艺国内外研究现状( Research status of magnesium alloy and high strength steel plate hole-clinching technology at home and abroad)
1.3 本文的主要研究内容(The main research content and technical method)
2 镁合金与高强度钢的材料特性及预冲孔无铆连接工艺
2.1 引言(Foreword)
2.2 镁合金与高强度钢的材料特性(Material characteristics of magnesium alloy and high strength steel)
2.3 预冲孔无铆连接工艺分析(Analysis of hole-clinching process)
2.4 本章小结(Summary)
3镁合金与高强度钢板材预冲孔无铆连接工艺数值模拟分析
3.1 引言(Foreword)
3.2 预冲孔无铆连接工艺有限元建模( Finite element modeling of hole-clinching)
3.3 预冲孔无铆连接模拟过程及结果分析(Simulation process and result analysis of hole-clinching)
3.4 本章小结(Summary)
4 工艺参数对预冲孔无铆连接接头强度的影响
4.1 引言(Foreword)
4.2 模具参数对预冲孔无铆连接接头强度的影响(The influence of mold parameters on the strength of hole-clinching joint)
4.3 模具的对中性对预冲孔无铆连接接头强度的影响(The influence of mold centering performance on the strength of hole-clinching joint)
4.4 上层板加热温度对预冲孔无铆连接接头强度的影响(The influence of upper material heating temperature on the strength of hole-clinching joint)
4.5 镁合金与高强度钢板材预冲孔无铆连接接头的失效情况(Failure of hole-clinching joint between magnesium alloy and high strength steel plate)
4.6 本章小结(Summary)
5 预冲孔无铆连接工艺试验研究
5.1 引言(Foreword)
5.2 预冲孔无铆连接工艺试验材料预处理(Material preparation of hole-clinching experiment)
5.3 预冲孔无铆连接工艺试验及结果分析(Experiment and result analysis of hole-clinching)
5.4 上板材试验温度对预冲孔无铆连接工艺的影响( The influence of upper material experimenting temperature on the hole-clinching)
5.5 本章小结(Summary)
6 总结与展望
6.1 结论(Conclusion)
6.2 展望(Future work)
参考文献
作者简历
致谢
学位论文数据集
山东科技大学;