(1) 2021.1-今, suncitygroup太阳集团, suncitygroup太阳集团工程力学系,教授    
(2) 2013.12-2020.12, suncitygroup太阳集团, suncitygroup太阳集团工程力学系, 副教授    
(3) 2011.6-2012.6, 美国Columbia大学, 地球与环境科学系, 访问学者    
(4) 2007.9-2013.12, suncitygroup太阳集团, 资环学院工程力学系, 副教授    
(5) 2002.6-2007.9, suncitygroup太阳集团, 资环学院工程力学系, 讲师

（1）多物理场耦合下材料力学性能研究    
（2）材料的材料本构关系与断裂、疲劳

教材：（1）张晓敏， 《弹性力学》 ，科学出版社，2020.1；    
    （2）张晓敏，万岭，严波，张培源， 《断裂力学》 ，清华大学出版社，2012.9    

[1] Zhipeng Zhao, Xiaomin Zhang,*, Zhouzhi Wu, Yuan Liang, Deqiang Yin, Competitive failure mechanism and load tolerance of solder joint under thermo-mechano-electrical coupling, Mechanics of Materials 163 (2021) 104104.    
[2] Zhipeng Zhao, Xiaomin Zhang,*, Hengjia Zhang, Hongwu Tang, Yuan Liang，Numerical investigation into pressure-assisted sintering using fully coupled mechano-diffusional phase-field model，International Journal of Solids and Structures 234–235 (2022) 111253.    
[3] Wu Zhouzhi, Zhang Xiaomin, Zhao Zhipeng, Zhang Hengjia & Tang Hongwu, Multi-source sintering transfer learning in small dataset sintering prediction scenario, International Journal of Material Forming, 2021, 14(5), 1157-1170.    
[4] TanShulin, ZhangXiaomin*, ZhaoZhipeng, WuZhouzhi, Driving force evolution in solid-state sintering with coupling multiphysical fields, Ceramics International, 2020，46(8), 11584-11592.    
[5] ZhaoZhipeng, ZhangXiaomin*, TanShulin, WuZhouzhi, Growth of intermetallic compounds in solder joints based on strongly coupled thermo-mechano-electro-diffusional theory, Microelectronics Reliability, 2020, 107: 113621    
[6] Wu Zhouzhi, Zhang Xiaomin, Zhao Zhipeng, Zhang Hengjia, Tang Hongwu, Liang Yuan，Transfer learning aid the prediction of sintering densification，Ceramics International，2020，46（16），Part A, 25200-25210.    
[7] Zimin Yan, Xiaomin Zhang*, Shulin Tan, Zhipeng Zhao, Numerical investigation on non-isothermal solid diffusion without phase transition using a full coupling theory combined with phase field method., Numerical Heat Transfer, Part A: Applications，2018, 74(2), 1018–1031.    
[8] Zhang Long, Zhang Xiaomin*, Peng Song,  Wave propagation model of heat conduction and group speed, Contiuum Mech.Themodyn, 30(4), 2018, P879-887.    
[9] Zhang Xiaomin*, Peng Song, Zhang Long, Yan Zimin, Liang Yuan, Yan bo,  Variational equation of non-Fourier heat conduction,  Heat transfer research. 2018，49（3）：275-285.    
[10] Zhang Xiaomin*, Zhang Long, Chu Zhongxiang, Thermo-mechanical coupling of non-Fourier heat conduction with the C-V type: thermal propagation in coating system, Journal of Thermal Stresses, 2015, 38:1104-1117.    
[11] Xiaomin Zhang*， Long Zhang， Zhongxiang Chu， Song Peng， Generalized form of boundary value problems method for material modeled as micro-polar media subjecting to the thermo-mechanical interaction，Continuum Mech. Thermodyn, November, 2015, 30: 1-15.    
[12] Zhang Xiaomin*, Zhang Long, Zhang Peiyuan, Equivalent constitutive equations of honeycomb material using micro-polar theory to model thermo-mechanical interaction, Composites: Part B, 2012, 43: 3081-3087.

弹性力学，   损伤、断裂与疲劳

到2021年末，在读与毕业的硕士与博士研究生共14人次。

欢迎具有OpenFoam使用与开发经历的博士毕业生加入课题组从事博士后研究工作，有项目与经费支撑。