千人计划

您的位置 \ 首页  师资队伍  千人计划


赵坤民

发布时间:2017-07-03 浏览次数:105

姓    名

赵坤民

职    称

教授

政治面貌

群众

邮    箱

kmzhao@hfpress.com

个人基本情况

国家第八批“千人计划”特聘专家(长期创新型),依托“高档数控机床与基础制造装备”科技重大专项平台引进,是教育部“长江学者”评审专家,国家“青年千人计划”评审专家。于2012年12月先后到大连理工大学汽车工程学院和合肥工业大学工业与装备技术研究院工作,从事汽车车身轻量化技术与先进制造技术研究和产业化推广。

获得大连理工大学工程力学学士学位和清华大学固体力学硕士学位之后赴美国俄亥俄州立大学留学,于1999年获得博士学位,随即加入美国通用汽车公司产品研发部,任高级工程师,后来加入克莱斯勒汽车公司从事先进制造工艺研究与应用。

主要研究方向

1.金属板料性能测试及先进成形工艺研究

2.冲压模具设计制造及生产线工艺规划

3.汽车及公路护栏板系统碰撞安全性分析

4.增材制造(3D打印)技术在汽车及航空领域应用

5.制造工艺改进及世界级制造工厂体系

参与科研项目情况

主持纵向科研项目2项,主持横向科研项目0项;参与纵向科研项目1项,参与横向科研项目0项。具体如下:

1.国家自然科学基金面上项目,11472072,复杂环境下汽车冲压件回弹的准确计算分析,2015.01-2018.1275万(总经费),在研,主持

2.国家自然科学基金面上项目,51571048,温热成形超细晶中锰钢的马氏体相变行为和成形性分析,2016.01-2019.1290万(总经费),在研,参加

3.国家自然科学基金面上项目,51775160,第三代高强钢中锰钢在复杂冲压工艺下的塑性行为研究,2018.01-2021.12,61万(直接经费),在研,主持

发表论文情况

第一及通讯作者发表论文情况68篇,SCI收录43篇,论文被引用总次数次,论文影响因子79.24,参与出版专著(译著)0部。具体如下:

1.Effect of welding parameters on tensile strength of ultrasonic spot welded joints of aluminum to steel - By experimentation and artificial neural network. Dewang Zhao, Daxin Ren, Kunmin Zhao, Sun Pan, Xinglin Guo.Journal of Manufacturing Processes 30 (2017) 63–74

2.Bending of sheet aluminum alloy assisted by arc pretreatment. Daxin Ren, Dewang Zhao, Rong Fan,Kunmin Zhao, Song Gang, Ying Chang. International Journal of Advanced Manufacturing Technology (2017) 92:1291–1298

3.Ultrasonic Welding of Magnesium–Titanium Dissimilar Metals: A Study on Influences of Welding Parameters on Mechanical Property by Experimentation and Artificial Neural Network. Dewang Zhao, Kunmin Zhao, Daxin Ren, Xinglin Guo. ASME Journal of Manufacturing Science and Engineering139:3 (2017) 031019 : 1-9

4.Ultrasonic spot welding of magnesium alloy to titanium alloy. Daxin Ren, Kunmin Zhao, Min Pan, Ying Chang, Song Gang, Dewang Zhao. Scripta Materialia 126 (2017) : 58–62

5.Fitting strain-rate sensitive constitutive equations for simulation of servo stamping, K M Zhao, W L Wen, W M Fang, L M Wang, NUMISHEET 2016, Bristol, UK.

6.Predicting the Strength of Adhesively Bonded T-joints Under Cyclic Temperature Using a Cohesive Zone Model. Weidong Li, Bo Pang, Xiao Han, Liping Tang, Kunmin Zhao, Ping Hu. The Journal of Adhesion 92(2016) : 892-907.

7.Vibration control of variable thickness plates with embedded acoustic black holes and dynamic vibration absorbers. Xiuxian Jia, Yu Du, Kunmin Zhao. Proceedings of the Internoise 2015 (ASME NCAD Meeting), NCAD20155914. August 9-12, 2015, San Francisco, California, USA

8.Identification of post-necking stress-strain curve for sheet metals by inverse method. Kunmin Zhao, Limin Wang, Ying Chang, Jianwen Yan. Mechanics of Materials 92 (2016) : 107-118

9.The effect of electric current and strain rate on serrated flow of sheet aluminum alloy 5754. Kunmin Zhao, Rong Fan, Limin Wang. Journal of Materials Engineering and Performance 25:3 (2016) : 781-789

10.The effect of pulse electric current on the mechanical properties and fracture behaviors of aluminum alloy AA5754. Kunmin Zhao, Rong Fan. ASME Journal of Engineering Materials and Technology 138 (2016) 041009 : 1-7

11.Introduction to a third-generation automobile steel and its optimal warm stamping process. Ying Chang, Chunyu Wang, Kunmin Zhao, Han Dong, Jianwen Yan. ASME Journal of Manufacturing Science and Engineering 138:4(2016) 041010:1-7

12.An introduction to medium-Mn steel: metallurgy, mechanical properties and warm stamping process. Ying Chang, Kunmin Zhao, Chunyu Wang, Jianwen Yan, Han Dong. Materials and Design 94 (2016) : 424-432

13.Effect of contact pressure on IHTC and the formability of hot-formed 22MnB5 automotive parts. Ying Chang, Shujuan Li, Xiaodong Li, Chunyu Wang, Ping Hu, Kunmin Zhao. Applied Thermal Engineering 99 (2016) : 419-428

14.Comparison of the methods for calculating the interfacial heat transfer coefficient in hot stamping. Kunmin Zhao, Bin Wang, Ying Chang, Xinghui Tang, Jianwen Yan. Applied Thermal Engineering 79 (2015) : 17-26

15.Influence of stress on martensitic transformation and mechanical properties of hot stamped AHSS parts. Y. Chang, X.D. Li, K.M. Zhao, C.Y. Wang et al. Materials Science & Engineering A 629 (2015) : 1–7

16.Influence of rapid cooling pretreatment on microstructure and mechanical property of hot stamped AHSS part. Kunmin Zhao, Ying Chang, Ping Hu, Yucheng Wu. Journal of Materials Processing Technology 228 (2016) : 68-75

17.Investigation of the factors influencing the interfacial heat transfer coefficient in hot stamping. Ying Chang, Xinghui Tang, Kunmin Zhao, Ping Hu, Yucheng Wu. Journal of Materials Processing Technology 228 (2016) : 25-33

18.Development and applications of forming-condition-based formability diagram for split concerns in stamping. Jianwei Zhang, Yanwu Xu, Ping Hu, Kunmin Zhao. Journal of Manufacturing Processes 17 (2015) : 151–161

19.Optimization evaluation test of strength and toughness parameters for hot-stamped high strength steels. Liang YING, Jin-dong LU, Ying CHANG, Xing-hui TANG, Ping HU, Kun-min ZHAO. Journal of Iron and Steel Research, International, 20:11(2013) : 51-56

20.Phase distributions and mechanical properties of hot stamped part. Kunmin Zhao, Ying Chang, Jindong Lu, Liang Ying. SAE World Congress, Detroit USA, 2014.04.08-10

21.Comparison of the methods for calculating the interfacial heat transfer coefficient in hot forming process. Ying Chang, Xinghui Tang, Liang Ying, Bin Wang, Kunmin Zhao. SAE World Congress, Detroit USA, 2014.04.08-10

22.Thermal forming limit behavior of 6xxx series aluminum alloys at warm forming temperatures. Liang Ying, Jindong Lu, Ying Chang, Kunmin Zhao, Minghua Dai, Ping Hu. SAE World Congress, Detroit USA, 2014.04.08-10

23.Numerical Investigation for Formability of Aluminum 6016 Alloy under Non-isothermal Warm Forming Process. P. Hu, M.H. Dai, L. Ying, D.Y. Shi, K.M. Zhao and J.D. Lu. Proceedings of NUMIFORM 2013, pp 464-470, Shenyang China, 2013.07.06-10

24.Low/distortation on Exterior Surface of Auto Body and Its Correction Method. HU Ping, BAO Jingru, ZHAO Kunmin. Chinese Journal of Mechanical Engineering 2012; 25(2):299-305

25.Investigation and correction of surface distortion in dies with typical depression features. H.P. Wang, K.M. Zhao, P. Hu, Z.C. Fu and J.R. Bao. ASME Journal of Manufacturing Science and Engineering,133:4(2011):041004

26.Analytical approach versus numerical approach in modeling drawbeads. K.M. Zhao, P. Hu and R. Jin. SAE Technical Paper Series 2010-01-0984

27.Investigation and Correction of Sheet Metal Distortion in Draw Operation. K.M. Zhao, P. Hu, H.P. Wang and Z.C. Fu. SAE Technical Paper Series 2010-01-0985

28.Research on experiment and simulation of automobile panel redrawing character. Z.C. Fu, P. Hu, H.P. Wang and K.M. Zhao. Proceedings of NUMISHEET 2008, Edited by P. Hora. pp. 767-771

29.Design of a stamping test for investigating surface distortion in sheet metal parts. Z.C. Fu, P. Hu, H.P. Wang and K.M. Zhao. Proceedings of the ASME 2008 International Manufacturing Science and Engineering Conference. MSEC2008 Paper Number 72478

30.Virtual manufacturing of automotive body side outers using advanced line die forming simulation. J.J. Zhang, V. Aitharaju, W.D. Wu, K.M. Zhao and C.T. Wang. SAE Technical Paper Series 2007-01-1688

31.On improving the accuracy of springback prediction and die compensation. S.G. Xu, K.M. Zhao, T. Lanker, J.J. Zhang and C.T. Wang. SAE Technical Paper Series 2007-01-1687

32.Springback prediction, compensation and correlation for automotive stamping. S.G. Xu, K.M. Zhao, T. Lanker, J.J. Zhang and C.T. Wang. Proceedings of NUMISHEET 2005, Edited by L.M. Smith, etc. pp. 350-345

33.Mesh-free simulation of automotive decklid inner panel. H.P. Wang, K.M. Zhao, C.T. Wu and M.E. Botkin. Proceedings of NUMISHEET 2005, Edited by L.M. Smith, etc. pp. 781-786

34.Inverse estimation of material properties for sheet metals. K.M. Zhao and J. K. Lee. Communications in Numerical Methods in Engineering 2004; 20:105-118

35.Springback compensation for ultra high strength stamping. L.M. Geng, C.Y. Sa, T. Oetjens and K.M. Zhao. SAE Technical Paper Series 2003-01-0686

36.Finite element analysis of the three-point bending of sheet metals. K.M. Zhao and J. K. Lee. Journal ofMaterials Processing Technology 2002; 122:6-11

37.Generation of cyclic stress-strain curves for sheet metals. K.M. Zhao and J. K. Lee. ASME Journal of Engineering Materials and Technology 2001; 123:391-397

38.Material properties of aluminum alloy for accurate draw-bend simulation. K.M. Zhao and J. K. Lee. ASME Journal of Engineering Materials and Technology 2001; 123:287-292

39.Finite element analysis of tailor-welded blanks. K.M. Zhao, B.K Chun, and J. K. Lee. Finite Elements in Analysis and Design 2001; 37:117-130

40.On simulation of a forming process to minimize springback. K.M. Zhao. Computational Fluid and Solid Mechanics 2001; Edited by K.J. Bathe, pp. 568-570

41.Generation of cyclic stress-strain curves for sheet metals. K.M. Zhao and J. K. Lee. Proceedings of the 2000 ASME Manufacturing Science and Engineering Conference, MED-Vol. 11, pp. 667-674

42.Numerical modeling technique for tailor welded blanks. K.M. Zhao, B.K. Chun and J. K. Lee. SAE Technical Paper Series 2000-01-0410

43.Springback prediction using combined hardening model. K.M. Zhao and J. K. Lee. SAE Technical Paper Series 2000-01-2659

44.Estimation of material properties from cyclic bend test. K.M. Zhao and J. K. Lee. SAE Technical Paper Series 2000-01-2660

45.On simulation of bend/reverse bend of sheet metals. K.M. Zhao and J. K. Lee. Proceedings of the 1999 ASME Manufacturing Science and Engineering Conference, MED-Vol. 10, pp. 929-933

46.Limiting drawing height of a cylindrical cup (benchmark). K.M. Zhao, B.K. Chun, J.T. Jinn and J. K. Lee. Proceedings of NUMISHEET 1999, Edited by J.C. Gelin, etc. pp. 792

47.Reverse deep drawing of a cylindrical cup (benchmark). B.K. Chun, J.T. Jinn, K.M. Zhao and J.K. Lee. Proceedings of NUMISHEET 1999, Edited by J.C. Gelin, etc. pp. 900

48.The mechanism analysis and dynamic simulation of iced cable galloping. Q.S. Fan, F. Guan, K.M. Zhao and H.Y. Wu. Proceedings of the 6th International Offshore and Polar Engineering Conference, 1996; pp. 224-227

49.覆冰导线舞动的机理分析及动态模拟。范钦珊,官飞,赵坤民,吴宏宇。《清华大学学报》(自然科学版)1995年,第35卷,第2期,第34-40

50.汽车外覆盖件表面凹陷与畸变的实验与仿真研究。付争春,马俊山,胡平,王慧萍,赵坤民。《塑性工程学报》20094月,第16卷,第2期,第24-28

51.汽车外覆盖件表面凹陷与畸变及修正方法。胡平,鲍静茹,赵坤民。《中国机械工程学报》(英文版),2012年,第25卷,第2期,第299-305

52.汽车铝合金覆盖件轻量化温成形技术关键问题。韩小强,戴明华,胡平,盈亮,赵坤民。《锻造与冲压》2013年,第12期,第38-42

53.热成形工艺中界面换热系数求解方法对比分析。常颖,唐行辉,王斌,盈亮,王存宇,赵坤民。《中南大学学报》(自然科学版)2015年,46(4): 1208-1214

54.高强度热冲压钢板强韧性工艺优化研究。盈 亮,贾治域,常 颖,唐行辉,李树娟,靳 菲,赵坤民。《材料科学与工艺》2013年,第21卷,第6期,第72-77

55.回火工艺对热成形AHSS力学特性的影响。常颖,盈亮,靳菲,李树娟,赵坤民,胡平。《材料热处理学报》,2013年,第34卷,第11期,第74-78

56.改善复杂形状的热成形AHSS结构件成形性的工艺开发和机理分析。常颖,靳菲,盈亮,史栋勇,李树娟,赵坤民。《中国科学E2014年,第44卷,第8期,第839-846

57.车用热成形AHSS样件的热胀形特性及成形性分析。常颖,靳菲,李晓东,史栋勇,王存宇,赵坤民。《机械工程学报》2014, 50(24): 73-78

58.热成形中材料热物性参数对Beck反算法IHTC的影响。常颖,卢金栋,靳菲,盈亮,王存宇,赵坤民。《哈尔滨工业大学学报》(自然科学版)2015, 47(3): 97-102

59.22MnB5高强度钢热成形淬火界面微观形貌对IHTC的影响。常颖,李树娟,李晓东,盈亮,王存宇,赵坤民。《材料热处理学报2015, 36(3): 226-231

60.热变形和淬火配分处理的复合作用对低碳合金钢马氏体相变机制的影响。王存宇,常颖,杨洁,赵坤民,董瀚。《金属学报》2015, 51(8): 913-919

61.逆法识别金属板材颈缩阶段应力应变曲线。赵坤民,范蓉,王立民,严建文。《塑性工程学报》2015, 22(6): 169-177

62.脉冲电流作用下H70黄铜合金板材拉伸性能和微观组织的试验研究。范 蓉,赵坤民,阮金华, 曹简。《东北大学学报》2016, 37(9): 1322-1326

63.脉冲电流对Al-Mg合金力学性能和断口的影响。范蓉,赵坤民,任大鑫ZIKRY M A。《中国科学:技术科学2016, 46(7): 1-5

64.工艺参数对AA5754铝合金温成形回弹的影响。申国哲,葛永鹏,刘立忠,赵坤民。《华中科技大学学报》2016, 44(8): 98-102

65.飞机蒙皮振动辅助拉伸成形工艺分析。柏玲磊,陈梁玉,赵坤民。《锻压技术》2017, 42(11): 18-25

66.一种降低飞机蒙皮回弹的装置及工艺。柏玲磊,周遨,赵坤民。《锻压装备与制造技术》2017, 52(4): 89-92

67.基于数值模拟和回归正交设计的AA5754铝合金温成形回弹特性。申国哲,葛永鹏,刘立忠,赵坤民。《中南大学学报》2017, 48(11): ??-??

68.工艺参数对镁钛异质金属超声波点焊接头拉伸性能及疲劳性能的影响。赵德望,任大鑫,赵坤民,郭杏林,杨文平。《机械工程学报》(已网络发表)

专利情况

已授权权利6项:

1.赵坤民,陈还,陈梁玉,丁志杨,吴寒,翟华。一种驱动轮转向可控的轮式管道机器人,2017.09.19,中国,201610443897.4

2.赵坤民,严建文,戴明华,常颖,胡平用于激光拼焊板高温成形极限测量的实验装置,2013.12.4,中国,201310337974.4

3.赵坤民,严建文,常颖,任大鑫一种摆动式金属板材落料装置及其使用方法和应用该方法冲模的坯料,2013.10.2,中国,201310261663.4

4.任大鑫,赵坤民,常颖,李晓东,潘敏一种焊接技术局部改性的辅助冲压成形方法,2016.12.29,中国,201510359910.3

5.常颖,李晓东,赵坤民,任大鑫,王存宇,郑国君一种高强度热镀锌Q&P钢的制备方法,2016.08.31,中国,201510054677.8

6.常颖,王存宇,赵坤民,李晓东,任大鑫,胡平,郑国君,靳菲,李树娟一种无硼中锰钢温热成形方法,2017.01.24,中国,201510084352.4

获奖情况

曾获得美国麻省理工大学国际会议颁发的“青年科研专家奖”和美国汽车工程师协会和钢铁研究所联合颁发的“悉尼.墨尔本汽车钢板应用进展卓越贡献奖”。几年内累计培养了30多名硕士和博士研究生,其中4名毕业生出国深造,2名研究生获国优奖学金,多名研究生获不同类别奖学金。