锻压技术

基于正交试验的铝钢材料自冲铆接成形质量的多指标优化

英文标题：Multi-index optimization on forming quality of self-piercing riveting for aluminium-steel materials based on orthogonal experiment

作者：张启森彭桂枝王晓莉

单位：江苏联合职业技术学院无锡汽车工程分院江阴职业技术学院连云港职业技术学院

关键词：铝钢异种材料正交试验自冲铆接多指标优化矩阵分析法

分类号：TG386

出版年,卷(期):页码：2020,45(3):87-91

摘要：

以某汽车上材料厚度分别为1 mm的6016铝合金与1.5 mm的ST13结构钢的自冲铆接作为研究对象，借助正交试验设计方法，利用Deform-2D数值模拟软件，对6016/ST13铝钢异种材料自冲铆接成形质量的多指标进行了工艺参数优化。以模具宽度、模具凸台高度和模具深度作为正交试验的影响因子，以剩余厚度、底切量以及钉头高度作为正交试验的评价指标。利用矩阵分析法对正交试验的结果进行分析，得出6016/ST13铝钢自冲铆接的最优方案为：模具深度为1.5 mm、模具宽度为9 mm以及模具凸台高度为0 mm，剩余厚度、底切量以及钉头高度的模拟值分别为0.487，0.602与0.059 mm。利用自冲铆接设备及安装模具对优化方案进行试验验证，剩余厚度、底切量与钉头高度的有限元模拟值与试验值之间的相对误差分别为12.12%，8.97%与13.56%，从而验证了正交试验及有限元模拟应用于铝钢异种板材自冲铆接成形工艺参数优化的正确性。

For self-piercing riveting of 6016 aluminium alloy with the thickness of 1 mm and ST13 structural steel with the thickness of 1.5 mm in an automobile, the multi-index of forming quality for self-piercing riveting of 6016/ST13 aluminium-steel dissimilar materials was optimized by the orthogonal experiment design and numerical simulation software Deform-2D. Then, taking die width, height of die convex and die depth as the influencing factors and the remaining thickness, under-cut and head height as the evaluation indexes, the results of orthogonal experiment were analyzed by matrix analysis, and the optimum scheme of self-piercing riveting for 6016/ST13 aluminum-steel was obtained with the die depth of 1.5 mm, the die width of 9 mm and the height of die convex of 0 mm. Furthermore, the simulated values of remaining thickness, under-cut and head height were 0.487, 0.602 and 0.059 mm respectively. Finally, the optimum scheme was tested by riveting equipment and installation die, and the relative errors of remaining thickness, under-cut and head height between simulation and experimental values were 12.12%, 8.97% and 13.56% respectively. Thus, the correctness of orthogonal experiment and finite element simulation applied to the optimization of process parameters for self-piercing riveting of aluminium-steel dissimilar sheets was verified.

基金项目：

2018年江阴职业技术学院科研项目(18E-JD-20)；连云港市中小企业技术创新项目(CK1101)

张启森（1982-），男，硕士，副教授 E-mail：wxzqs@126.com

参考文献：

［1］张凯，闵峻英，林建平，等.CFRP与AA6022-T4 铝合金的自冲铆接接头力学性能分析
［J］. 锻压技术，2019，44(1): 150-156.

Zhang K，Min J Y，Lin J P，et al. Analysis on mechanical properties of selfpiercing riveted joints for carbon fiberreinforced polymer and AA6022-T4 aluminum alloy
［J］.Forging & Stamping Technology，2019，44(1): 150-156.

［2］徐小娟，穆瑞.基于正交试验的铝合金板料自冲铆接成形参数优化
［J］. 锻压技术，2019,44(9):51-55.

Xu X J，Mu R. Optimization on forming parameters of selfpiercing riveting for aluminum alloy sheet based on orthogonal test
［J］.Forging & Stamping Technology,2019,44(9):51-55.

［3］张学奇，董万鹏. 半空心铆钉自冲铆接的研究进展
［J］. 热加工工艺，2016，45(9):5-8.

Zhang X Q，Dong W P. Study on selfpiercing riveting of semihollow rivet
［J］. Hot Working Technology，2016，45(9): 5-8.

［4］王端义.基于数值模拟的6016/ST13钢铝异种板材自冲铆接成形
［J］. 锻压技术，2019，44(9): 68-72.

Wang D Y. Selfpiercing riveting of 6016/ST13 steelaluminum dissimilar sheet based on numerical simulation
［J］. Forging & Stamping Technology，2019，44(9): 68-72.

［5］陈冰，王晓莉，王彩虹.基于响应曲面法的5052铝板自冲铆接成形工艺参数优化
［J］. 锻压技术，2019，44(10): 40-44.

Chen B，Wang X L，Wang C H. Optimization on process parameters of selfpiercing riveting for 5052 aluminum sheet based on response surface method
［J］. Forging & Stamping Technology,2019，44(10): 40-44.

［6］Kotadia H R，Rahnama A，Sohn I R，et al. Performance of dissimilar metal SelfPiercing Riveting (SPR) joint and coating behaviour under corrosive environment
［J］. Journal of Manufacturing Processes，2019，39: 259-270.

［7］Zhang X，He X，Gu F，et al. Selfpiercing riveting of aluminium-lithium alloy sheet materials
［J］. Journal of Materials Processing Technology，2019，268: 192-200.

［8］Li D，Han L，Thornton M，et al. Influence of edge distance on quality and static behaviour of selfpiercing riveted aluminium joints
［J］. Materials & Design，2012，34: 22-31.

［9］杜国栋，邢彦锋，金光灿，等. 铝钢薄板多铆钉连接变形分析及工艺优化
［J］. 热加工工艺，2018,47(21):183-186.

Du G D，Xing Y F，Jin G C，et al. Deformation analysis and process optimization of multirivet connectionin aluminum steel sheet
［J］.Hot Working Technology，2018，47(21): 183-186.

［10］张永强，伊日贵，付参,等. 钢铝自冲铆接工艺过程仿真与实验研究
［J］. 电焊机，2018,48(10):26-29.

Zhang Y Q，Yi R G，Fu C，et al. Simulation and experiments on self piercing riveting process of steel and aluminum
［J］.Electric Welding Machine，2018，48(10): 26-29.

［11］张先炼，何晓聪，程强. 钢铝合金组合板自冲铆接头的力学性能研究
［J］. 热加工工艺，2016,45(15):136-139.

Zhang X L，He X C，Cheng Q. Study on mechanical performance of selfpiercing riveted jointsof steel and aluminum alloy assemble sheets
［J］.Hot Working Technology，2016,45(15):136-139.

［12］GB/T 228.1—2010，金属材料拉伸试验第1部分：室温试验方法
［S］.

GB/T 228.1—2010，Metallic materials—Tensile testing—Part 1 Method of test at room temperature
［S］.

［13］魏效玲，薛冰军，赵强. 基于正交试验设计的多指标优化方法研究
［J］. 河北工程大学学报:自然科学版，2010,27(3):95-99.

Wei X L，Xue B J，Zhao Q. Optimization design of the stability for the plunger assemblyof oil pumps based on multi-target orthogonal test design
［J］.Journal of Hebei University of Engineering:Natural Science Edition，2010,27(3):95-99.

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