主持科研项目:
1、 中国航空发动机集团有限公司委托课题,
2、示范快堆xxx芯块干法磨削生产线建设项目,中国核电工程有限公司委托项目,2018.01至2020.12,1500万元,主持;
3、中央国有资本经营预算支出项目,钢轨高效轻量化铣磨作业系统产业化,2014.01至2018.12,2400万元,主持;
4、国家科技重大专项子课题04专项,2014ZX04001191-03, 磨削工艺实验研究与齿轮磨削工艺专家系统的建立,2014.01至2016.12,103.58元,主持;
5、科技部科技支撑计划,2012BAF18G00,2013.01至2016.12,大型光学镜面的高速高效超精密加工、检测技术与装备,909万元,主持;
6、国家自然科学基金面上项目,51175164,现代光学材料高速高效低损伤磨削机理与模型研究, 2012.01至2015.12,62万元,主持;
7、高档数控机床与基础制造装备国家科技重大专项, 2011ZX04016041,高效磨削创新能力平台,2011.01至2014.12, 2698万元,主持;
8、国家科技重大专项04专项,2011ZX04014-021,飞机高强结构件碳化钨高硬涂层与高速磨削成套技术研究,2011.01至2014.12,460万元,参加;
9、英国工程及物理科学研究学会EPSRC项目,克兰费尔德大学先进制造研究中心IMRC,2007.01至2011.12,977万英镑,项目共同负责人;
10、英国工贸部项目,飞机发动机可磨蚀涂层性能建模仿真,2007.01至2008.12, 4.9万英镑,项目负责人;
11、克兰费尔德大学先进制造研究中心资助(IMRC)项目,刀具性能对微加工能力的影响,2005.01至2008.12,31.4万英镑,项目负责人;
12、克兰费尔德大学先进制造研究中心资助(IMRC)项目,超硬磨料磨削:An integral approach to high efficiency deep grinding, 2003.01至2005.12, 85.4万英镑,项目共同负责人;
13、英国物理及工程科学研究学会EPSRC项目,一个新的磨削领域-磨削加工可达到的材料去除率及其热约束。2002.01至2005.12,63.8万英镑,主要研究人员。
代表性论文
1) Ange Lu, Tan Jin, Zongfu Guo, Meina Qu, Chao Zhang,Characterization of the tool influence function in a dual-axis wheel polishing process to achieve hig material removal rates,Precision Engineering, 2018.4, 52:276-290 (SCI)
2) Zongfu Guo, Tan Jin, Li Ping, Ange Lu, Meina Qu, Analysis on a deformed removal profile in FJP under high removal rates to achieve deterministic form figuring,Precision Engineering,2018.1,51: 160-168 (SCI)
3) Zongfu Guo;Tan Jin;Qifeng Liu;Ange Lu;Meina Qu,Extraction of workpiece rotary symmetrical error and its deterministic removal by fluid jet polishing,Optical Engineering,2018.1,57(1),015103:1-8(SCI)
4) Li, Ping; Jin, Tan ; Guo, Zongfu; Yi, Jun; Qu, Meina,Analysis on the Effects of Grinding Wheel Speed on Removal Behavior of Brittle OpticalMaterials , Journal of anufacturing Science and Engineering-Transactions of the ASME, 2017.3, 139(3) (SCI)
5) 金滩; 李平; 肖航; 吴耀, 大中型光学元件高效精密磨削技术研究综述 , 机械工程学报, 2016.3, (09): 165-175 (EI)
6) Jin, Tan; Yi, Jun ; Peng, Siwei,Determination of burn thresholds ofprecision gears in form grinding based on complex thermal modelling and Barkhausen noise measurements , International Journal of Advanced Manufacturing Technology, 2017.1, 88(1-4): 789-800 (SCI)
7) Jin, Tan; Yi, Jun ; Li, Ping, Temperature distributions in form grinding of involute gears , International Journal of Advanced Manufacturing Technology, 2017.2, 88(9-12):2609-2620 (SCI)
8) Jin, T.; Stephenson, D. J.; Xie, G. Z.; Sheng, X. M., Investigation on cooling efficiency of grinding fluids in deep grinding , CIRP ANNALS-MANUFACTURING TECHNOLOGY, 2011, 60(1): 343-346 (SCI)
9) A. Bell, T. Jin and D.J. Stephenson, Burn threshold prediction for High Efficiency Deep Grinding, Int. Journal of Machine Tools &manufacture, 2011.6, 51(6):433-438(SCI)
10) Mark H Raffles; David J Stephenson; Paul Shore and T Jin, Electrolytic in-process dressing superfinishing of spherical bearings using metal–resin bond ultra-fine CBN wheels Proc. Institution of Mechanical Engineers, Part B, J of Engineering Manufacture,2011, 225/ 1: 112 – 122 (SCI)
11) Jin, T.; Stephenson, D. J., A study of the convection heat transfer coefficients of grinding fluids , CIRP Annals - Manufacturing Technology, 2008, 57(1): 367-370 (SCI)
12) Jin, T.; Stephenson, D. J., Analysis of grinding chip temperature and energy partitioning in high-efficiency deep grinding , Proceedings of the Institution of Mechanical Engineers - Part B: Journal of Engineering Manufacture, 2006.5, 220(5): 615-625 (SCI)
13) P. Comley, I. Walton, T. Jin, D.J. Stephenson , A High Material Removal Rate Grinding Process for the Production of Automotive Crankshafts, annals of the CIRP,2006, 55/1: 347-380 (SCI)
14) T. Jin and D J Stephenson, Heat flux distributions and convective heat transfer in deep grinding, Int. Journal of Machine Tools and manufacture, 2006,46:1862-1868(SCI)
15) Jin, T; Stephenson, DJ, Investigation of the heat partitioning in high efficiency deep grinding , International Journal of Machine Tools and Manufacture, 2003.9, 43(11): 1129-1134 (SCI)
16) T. Jin and D. J. Stephenson, Three dimensional finite elmemt simulation of transient heat transfer in high efficiency deep grinding, Annals of the CIRP, 2004,53/1, 259-262(SCI)
17) T. Jin, D J Stephenson and W B Rowe, Estimation of the convection heat transfer coefficient of coolant within the grinding zone, Proc. Institution of Mechanical Engineers, Part B, J of Engineering Manufacture, 2003, Vol.217, 397-407(SCI)
18) T. Jin, D. J. Stephenson and J. Corbett, Burn threshold of high carbon steel in high efficiency deep grinding, Proc. Institution of Mechanical Engineers, Part B, J of Engineering Manufacture, 2002,Vol. 216, 357-364(SCI)
19) T. Jin and G. Q. Cai, Analytical thermal models of oblique moving heat source for deep-grinding and cutting, ASME Journal of Manufacturing Science and Engineering, 2001,123/1, 185-190(SCI)
20) T. Jin, W. Brian Rowe, D F MaCormack, Temperatures in Deep Grinding of Finite Workpieces, Int. Journal of Machine Tools and manufacture, 2002,42/1, 53-59(SCI)
21) Rowe, WB; Jin, T, Temperatures in high efficiency deep grinding (HEDG), CIRP ANNALS-MANUFACTURING TECHNOLOGY, 2001, 50(1): 205-208 (SCI)
学术专著
1) 金滩;易军,高速高效磨削传热过程建模与数值分析方法, 机械工业出版社,2016.1.30 (学术专著)