张向军
技术职务:清华大学机械工程系摩擦学国家重点实验室副研究员，
清华大学天津高端装备研究院副院长/科研部部长
办公电话: **
通讯地址:清华大学李兆基科技大楼A629房间
电子邮件:xjzhang@mail.tsinghua.edu.cn





教育背景
工作履历
教学工作
科研工作
论文与专利
奖励与荣誉

1996/09-2000/12,合肥工业大学，工学博士
1990/09-1993/06,西安交通大学，工学硕士
1986/09-1990/06,西安交通大学，工学硕士


2003/11-至今, 清华大学机械工程系，副研究院
2012/06-2013/06,美国宾州州立大学，访问
2006/01-04,2007/06-09，德国Ilmenau理工大学，访问
2005/05-2005/08，英国剑桥大学，访问
2002/01-2003/10，清华大学机械工程，博士后
1993/07-2001，合肥工业大学机械系，讲师/副教授


研究生课程：
高端装备实践课程
智能装备设计与制造专业硕士


(1)微尺度粘着接触力学与微纳米摩擦学
微纳米尺度表面力学与原子力显微镜测试研究；
微纳米表面黏着、黏滑与摩擦控制；


(2) 微纳米间隙受限液体的粘弹性行为与润滑
微纳米间隙下受限液体薄膜的流变与界面效应；
复杂流体（液晶、血液等）的粘弹性与分子行为研究；
固液界面的边界滑移与壁面剪应力分布测试；


(3) 机械系统的润滑与振动分析
机器在实际与极端工况下润滑油与添加剂的评定分析；
典型机械如发动机、齿轮等的摩擦与润滑行为的分析；


近期部分文章列表 (from 2003)
1. Qiao, XX,ZhangXJ, TianY ,Meng YG,Effect of micro-structure array on the liquid flow behaviors of near-surface layer. ACTA PHYSICA SINICA. 2017, Vol.66, Issue4
2. XiaoxiQiao, Xiangjun Zhang, Yu Tian, YonggangMeng.Progresses on the theory and application of quartz crystal microbalance. American Institute of Physics.2016,Vol.3, Issue 3
3. Qiao X.X., Zhang X.J. et al.Modeling the response of quartz crystal microbalance under nanoscale confinement and slip boundary conditions. Phys. Chem. Chem. Phys., 2015, 17, 7224 – 7231 (SCI 收录,IF 4.198)
4. Zhang, Songpeng, Zhang X J, Tian Y, Meng Y G, H. Lipowsky. Influence of Thickness and Permeability of Endothelial Surface Layer on Transmission of Shear Stress in Capillaries. SCIENCE CHINA Physics, Mechanics & Astronomy. 2015
5. Zhang Songpeng, Zhang Xiangjun. A quantitative measurement of wall shear stress using electric capacity sensing of nematic liquid crystal coating。Tribology letters, 2014. Vol.53(1)
6. Ahmad Ahsam,Xiangjun Zhang etc. Sub-micrometer-precision, three-dimensional (3D) hydrodynamic focusing via “microfluidic drifting”. Lab on a Chip, 2014,Vol.14(415-423)
7. Zhang, X. J.; Zhang, X. H. Qiao, X. X. Nanorheology of liquid crystal thin films confined between interfaces with anisotropic molecular orientations, Microfluidics and Nanofluidics, 2014, 2014,18(5-6):1131-1138，(SCI收录IF 2.665)
8. Qiao XX,Zhang XJ et al. Boundary layer viscosity of CNT-doped liquid crystals: effects of phase behavior [J]. Rheologica Acta,2013,52(10-12): 939-947. (SCI收录，IF1.781 )
9. Qiao X X, Zhang X J, et al. Study the coupling effect of shear and electric field on rheological behaviors of liquid crystals ActaPhysicaSinica, 2013, 62(17): 176101. (in Chinese)(SCI收录, IF0.845 )
10. Xiangjun Zhang,Xiaohao Zhang et al. Anti-electroviscous effect of near-surface 5CB liquid crystal and its boundary lubrication property.Rheologica Acta: An International Journal of Rheology, 51(3), pp 267-277, 2012/3.
11. Xiangjun Zhang, Xiaoxiang Liu. Ordering of the 7CB liquid crystal induced by nanoscale confinement and boundary lubrication.LIQUID CRYSTALS, 39(11), pp 1305-1313, 2012
12. Xiangjun Zhang, Ying Huang. A Dynamic Rheological Model for Thin-Film Lubrication. Chinese Physics B, 2013, 22(1): 016202
13. Xiangjun Zhang, Ying Huang. Effects of Inhomogeneous Substrate and Molecular Orientation on the AC Electrowetting Behavior of Liquid Crystal Droplet. JOURNAL OF ADHESION SCIENCE AND TECHNOLOGY, 26(12-17), pp 1985-2000, 2012.
14. Xiangjun Zhang，Xiaohao Zhang. Finite element modeling of the nano-scale adhesive contact and the geometry-based pull off force. Tribology Letters, 2011,41: 65-72
15. T. Haensel, X. Zhang, T. Wüstehoff, X. Zhang, M. Kosinskiy, A. Keppler, S. Krischok, S.I.-U. Ahmed. Kombinierte Fest- und Flüssigschmierung für Nanopositionier- und Nanomessmaschinen. Proceedings of the GfT-Conference, G?ttingen,Germany, 2010.
16. 熊毅，张向军。电场作用下近壁面液晶的粘弹性性质研究。物理学报，2010年11月。Vol.59，11，463
17. Xiangjun Zhang, Yi Xiong et al. Dynamic contact model based on meniscus adhesion for wet bio-adhesive pads:Simulation experiments.Tribology Transactions，2010
18. Wang, X; Zhang, XJ; Ahmed, I, et al.Friction Properties of OTS SAMs and Silicon Surface under Water Lubrication. JOURNAL OF WUHANUNIVERSITY OF TECHNOLOGY-MATERIALS SCIENCE EDITION Vol.24 No.2,273-277, 2009
19. Xiangjun Zhang, Yuan Liu, Imad Ahmed, J.A. Schaefer. Controllable and Switchable Capillary Adhesion Mechanism for Bio-adhesive Pads: Effect of Micro Patterns. Chinese Science Bulletin, Vol. 54(10):1648-1654,2009
20. Xiangjun Zhang, Xiong Yi. Effect of micro-dimple patterns on capillary pull-off force and friction force of silicon surface. Chinese Physics B， Vol.18,No.1，231-237，2009
21. 熊毅张向军微纳间隙受限液体的界面黏着机理研究，物理学报，2009年Vol.58（3）
22. Wang Xi, Xiangjun Zhang. Experimental investigations on friction and wear properties of OTS SAMs and silicon surface under water lubrication. Journal of Wuhan University of Science and technology, Materials Science Edition 2009
23. 张晓昊，张向军，温诗铸。微间隙受限液体行为与昆虫光滑爪垫的黏着. 物理学报,2007ACTA PHYSICA SINICA. 56,pp.4722 – 4727, 2007
24. Zhang X.J, Dong Yunkai, Meng Y.G, Wen S.Z. Investigation on the surface adhesion work and its effect on micro friction. Key Engineering Materials, Vol.315-316, P784-787,2006
25. Dong Y. K., Zhang X.J, Wen S.Z.. Micro/nano tribological behavior of NiTi alloy with phase change effect. Proceedings of the Third World Tribology Conference,WTCIII.Washington,USA, Sept. 2005
26. 张向军,孟永钢,温诗铸。原子力显微镜探针耦合变形下的微观扫描力研究. 物理学报,2004年4期
27. Zhang X.J, Meng Y.G, Wen S.Z. Coupling effects and edge effects in Atomic Force Microscope image. Journal of Wuhan University of Science and technology, Materials Science Edition,Vol.19:P63～65, Dec., 2004
28. Zhang X.J, Meng Y.G, Wen S.Z.. Nano/Microtribology Stick–Slip Number Under Atomic Force Microscope and Its Characteristics. Tribology Letters,15 (4): 407-414, Nov 2003
29. Zhang X.J, Meng Y.G, Wen S.Z. Micro Contact and Stick-slip Number between AFM Probe tip and Sample Surface. Science in China ( Series E)，46 (5): 537-545，Oct，2003 .
30. 董云开; 张向军; 刘莹; 温诗铸. 微纳米摩擦的弹性棘轮模型与形貌的尺度效应，摩擦学学报, 2008年 04期
31. 王馨, 张向军, 孟永钢, 温诗铸.微纳米间隙受限液体边界滑移与表面润湿性试验. 清华大学学报48(08), pp 1302-1305, 2008
32. 熊毅，张向军，董云开，王馨，温诗铸。环境湿度下硅材料的黏着与粘滑机理。纳米技术与精密工程，Vol.15,No.1,2007:67-71
33. 张向军,孟永钢,温诗铸. MEMS的微观粘滑、黏附与控制. 纳米技术与精密工程, 13卷，第2期,P.97-100 ,2005
34. 张向军,孟永钢,温诗铸. MEMS微悬臂梁构件变形规律的AFM试验研究. 机械科学与技术24卷第8期，P.966-968 ,2005
35. 张向军,孟永钢,温诗铸. 微机电系统（MEMS）中的若干力学问题, 力学与实践，Vol.25,2,2003: 7-11
36. 张向军，桂长林，温诗铸. 内燃机摩擦学综合设计决策的研究. 摩擦学学报，Vol.23,No.3,2003: 258-264


专著：
1 Zhang X.J，Gui C.L. An Intelligent System for Tribological Design in Engines. Elsevier, Tribology and Interface Engineering Series 46 ,July, 2004
2 胡元中，钱林茂，张向军. 微纳米摩擦学. 《摩擦学发展前沿》,周仲荣编，科学出版社，4月，2006
3 张向军. 《微机电系统力学基础》. 清华大学出版社, 2012, 7 获2013年北京市高等教育精品教材


国际学术会议报告：
(1) Experimental Research on Reasonable Lubricant Quantity for Transmission Gears Used in High-speed Train. Annual Conference of STLE, Atlanta，USA, May 16-18, 2011
(2) Velocity effect on the viscoelasticity of confined Hexadecane film. China-Korea-Japan Academic symposium, Beijing, June 6-8,2011
(3) Interfacial Property of Liquid Crystal Under Nano-meter Confinement.
STLE/ASME Joint Conference, San Francisco, USA, Oct. 17-20, 2010
(4) Influence of External Electric Field on Near Surface Property of 5CB Liquid Crystal. STLE/ASME Joint Conference, San Francisco, USA, Oct. 17-20, 2010
(5) Investigation on viscoelasticity of thin film polymer using AFM. Israel-China Symposium on Tribology, Technion, Haifa, Israel, 2009
(6) Finite element analysis of adhesive contact with regularly patterned surface.
CIST 2008 and ITS-IFToMM 2008, China, 2008.
(7) Adhesion, shearing and boundary slip of confined liquids. China-Korea Exchanging Knowledge of Tribology&Lubrication’2008, Beijing, China.2008
(8) Confinement-induced adhesive force of thin film organic liquids between a sphere-plate contact. STLE Annual conference, USA, May, 2007
(9) On surface adhesion and friction. China International Symposium on Tribology， Xi’an,China, Nov. 2004


专利情况：
[1] 张向军;熊春华;王渊渊等.一种润滑油的极限工作温度和高温耐磨性能测试方法。发明专利CN9.4.
[2] 张向军;熊春华;王渊渊等.一种测试在偏心载荷下润滑油性质对油膜刚度影响的方法及其装置。发明专利 CN3.8.
[3] 张向军、李红、颜浩等。一种电信卡密码覆膜性能的测定、评价方法及其装置。发明专利ZL0.9


（1）张向军(4/5)，高端柴油机发动机喷油嘴倒锥形微喷孔电火花加工关键技术及装备，2015年度中国机械工业联合会科学技术奖，科技进步，省部一等奖，2015。（李勇，佟浩，李宝泉，张向军，李晓民）
(2) 张向军(4/5)，机械润滑与界面行为的电磁场调控，中华人民共和国教育部，自然科学，省部一等奖，2014。（孟永钢，田煜，赵乾，张向军，温诗铸）
(3) 张向军(1/1)，著作《微机电系统机械学》获京市高等学校精品教材（2013年）