个人简历

1998.9~2002.7，天津理工大学机械工程学院机械工程及其自动化专业，学士；
2003.9~2006.3，天津理工大学机械工程学院机械设计及理论专业，硕士；
2006.5～2008.9，天津城市建设学院能源与机械工程系任助教；
2008.10～2013.10，天津城市建设学院能源与机械工程系任讲师。
2008.9～2013.1，天津大学机械工程学院机械制造及其自动化专业，博士。
2013.11～今，天津城建大学，控制与机械工程学院，副教授
2015.4～2015.10， 英国贝尔法斯特女王大学，机械与航天工程学院，访问学者

研究领域

数字化制造，计算机集成设计与制造

近期论文

[1] 张婧, 郑清春等.基于模糊专家系统的产品可拆卸性评价的研究,机床与液压,2009,37(7):36-38.
[2] Zhang Jing，Guo Jinjin，Zhu Shihe，Wang Wenjin， Zheng Qingchun.Research on disassembly sequence of products basedon connected element hierarchy network graph, 2010 International Conference onMechanic Automation and Control Engineering(MACE2010),2010,P 5807-5811 (EI:20103513200934).
[3] 张婧，汪文津，郑清春等.面向机电产品的拆卸分析系统研究,机床与液压,2011，39(19):94-96.
[4] Z Jing, W Taiyong, W Wenjin,Machine-Calculation for Driving Hypoid Gears of Helix Generating Method, 2011International Conference on Mechanic Automation and Control Engineering, 2011,16(1): 40-44 (EI：20114314454441)
[5] 张婧，王太勇，李敬财，郑惠江，汪文津，准双曲面齿轮螺旋变性半展成法加工调整方法，天津大学学报（EI：20132516429535），46(5),435-439,2013.5
[6] 张婧，王太勇，郑惠江，汪文津，赵坚，螺旋锥齿轮四轴联动数控两刀法加工，天津大学学报（EI：20133916790008），46(8),749-754,2013.8
[7] 张婧，王太勇，李琳，郑惠江，赵坚，螺旋锥齿轮数控切削仿真系统研究，计算机工程与应用，49(16),260-264,2013.8
[8] 张婧，王太勇，郑惠江，李敬财，汪文津，螺旋锥齿轮螺旋变性半展成法数控加工研究，机械设计，30(7),45-50,2013.7
[9] Huijiang Zheng, JingZhang, Ying Tian, Jianming Che, The Research on Topological ReconstructionMethod of Triangular Mesh under Multi-core Environment, InternationalConference on Information Sciences, Machinery, Materials and Energy (ICISMME2015),1114-1118(ISTP检索)
[10] Huijiang Zheng, JingZhang, Ying Tian, Baihui Ding ,The Research on STL Parallel TopologicalReconstruction Method Based on OpenMP, International Conference on Advances inMechanical Engineering and Industrial Informatics (AMEII 2015),1445-1450(ISTP检索)
[11] Huijiang Zheng, JingZhang, Yan Jin, RESEARCH ON A METHOD OF EXTRACTING GROUP SURFACES FEATUREIN DISCRETE DATA ENVIRONMENT, 32nd International Manufacturing Conference,1-10
[12] Zhang, Zhi Qiang ,Wang, Wen Jin , Zhang, Jing, The research of NURBS curve interpolationalgorithm based on parabolic and the first-order Taylor expansion interpolationalgorithm, Advanced Research on Material Engineering, Electrical Engineeringand Applied Technology,260-263（EI检索）
[13] Wenjin Wang, ZhiqiangZhang, Jing Zhang, Jian Zhao, Taiyong Wang. New Geometry of Face-gearwith Curvilinear Shaped Teeth and Non-zero Spiral Angle: Machining MathematicalModel Analysis and Simulation [J]. Advanced Materials Research, 2011(189-193): 2037～2041
[14] Wenjin Wang, JingZhang, Jian Zhao, Lingli Zhang, Taiyong Wang. Study on the machiningmathematical model and simulation of face-gear with curvilinear shaped teethbased on the local conjugate theory of gearing [J]. 2011 3rd InternationalConference on Computer and Network Technology, 2011, 2
[15] Ming Yu, Xin Ke Yu, Wen Jin Wang, Jing Zhang, Ling Li Zhang Weak-points diagnosisof gas turbine disk by modal parameter identification[J]. Key Engineering Materials，2013(584):112-116
[16]Wang Wenjin ; Zhang Jing ; Zhao Jian ; Zhang Lingli ;Wang Taiyong. Design, generation and bending stress analysis of face-gear withcurvilinear shaped teeth [J]. Advanced Materials Research, 2012(472-475): 74～77(EI收录：20121214874890)
[17]Wang Wenjin; ZhangJing; Zhao Jian; ZhangLingli;Wang Taiyong.Study on themachining mathematical model and simulation of face-gear with curvilinearshaped teeth based on the local conjugate theory of gearing [J]. Advanced MaterialsResearch, 2012(462): 105～108(EI收录：20120914821925)
[18]Wang Wenjin; ZhangZhiqiang; ZhangJing; Zhao Jian; ZhangLingli; Wang Taiyong.Computerizedmodeling and CNC machining simulation of spiral bevel gear [J]. Advanced MaterialsResearch, 2012(482-484):1081～1084(EI收录：20121414922778)
[19] Zhiqiang Zhang，Wenjin Wang, ZhangJing, Zhao Jian, Liying Sun. The Curved Surface Fitting and Optimization ofScattered Points' Data Based on the Given Surface Tolerance and Fairing[J] .Advanced Materials Research,2013,819:95-99（EI:20134316904818）
[20] W. J. Wang, J. Zhang,Zh. Q. Zhang, J. Zhao, L. L. Zhang,T. Y. Wang. Mathematical Model and ToothSurface Representation of Face-Gear Drive with Curvilinear-tooth CylindricalGear[J]. Advanced Materials Research(EI：20120514722071)
[21] Wang Wenjin, Zhao Jian,Zhang Jing, Zhang ZhiQiang, Wang Lijing, Qi Xiaoqian. Design, cuttingsimulation and contact stress analysis of the curvilinear-tooth cylindricalgear. Key Engineering Materials, 2017.8
教改论文：
[1] 张婧, 赵坚，张玲莉, 汪文津，面向创新人才培养的机械原理实验教学模式研究与实践，实验室科学，2014.1
[2]张婧, 赵坚，张玲莉，汪文津，培养创新型人才的机械原理课程教学模式改革,科教导刊,2016.4