1999.04—2002.03       日本东京农工大学     机械系统工程             博士

1989.07—1992.03       日本山形大学             电气电子                     硕士

1985.09—1989.07       东北电力大学             电力系统自动化         学士

2010.12—                    清华大学机械工程系                 教授

2004.03—2010.11       清华大学精密仪器与机械学系    副教授

2002.04—2004.03       日本JSPS                                  博士后

1992.04—1999.03       日本牧野公司                            研究职员

研究领域：

特种加工技术与装备，精密与超精密加工技术，增材制造技术与装备，特种数控与机电系统控制技术

研究概况

主要承担课题

[1]  电火花加工放电状态控制研究                       （国际合作）

[2]  电火花加工的最优控制                                   （国际合作）

[3]  Makino 电火花加工的基础研究                    （国际合作）

[4]  基于电火花加工的数字化研究                       （国际合作）

[5]  中速走丝线切割加工设备的开发与研究       （横向项目）

[6]  慢速走丝线切割加工设备的开发与研究       （横向项目）

[7]  慢走丝电火花线切割镜面加工的样机开发   （横向项目）

[8]  电火花成形加工设备的开发与研究               （横向项目）

[9]  直流运动电弧铣削加工方法研究                   （国家自然科学基金面上项目)

[10] 放电点分布的混沌行为及其放电状态的早期预测方法研究                     （国家自然科学基金面上项目)

[11] WEDM贯通形型腔模具的整体式纳米级表面磁流变抛光方法研究        （国家自然科学基金面上项目)

[12] 高性能陶瓷材料的精密线切割加工方法       （国家自然科学基金面上项目)

[13] 微细电火花加工设备及其加工工艺方法       （北京市自然科学基金面上项目）

主要参与课题

[1] 三维结构高能束加工中纳米精度创成原理                     （国家973项目）

[2] 精密、高效、数控单向走丝电火花线切割机床               （04重大专项）

已发表论文

[1]    Wang, J.-H., Wang, J., Lu, Y., Du, M.-H., Han, F.-Z., Effects of single pulse energy on the properties of ceramic coating prepared by micro-arc oxidation on Ti alloy, Applied Surface Science, (2015) 324,p405-413.

[2]    Wang, J., Han, F., Simulation model of debris and bubble movement in electrode jump of electrical discharge machining, International Journal of Advanced Manufacturing Technology, (2014) 74(5-8),p591-598.

[3]    Wang, J.-H., Du, M.-H., Han, F.-Z., Yang, J., Effects of the ratio of anodic and cathodic currents on the characteristics of micro-arc oxidation ceramic coatings on Al alloys, Applied Surface Science, (2014) 292(5-8),p658-664.

[4]    Wang, J., Chen, W., Gao, F., Han, F., A new electrode sidewall insulation method in electrochemical drilling, International Journal of Advanced Manufacturing Technology, (2014) 75(1-4),p21-32.

[5]    Takino, H., Han, F., Cutting of polished single-crystal silicon by wire electrical discharge machining using anti-electrolysis pulse generator, Conference Proceedings - 14th International Conference of the European Society for Precision Engineering and Nanotechnology, EUSPEN 2014,(2014) 2,p59-62.

[6]    Wang, J., Han, F., Simulation model of debris and bubble movement in consecutive-pulse discharge of electrical discharge machining, International Journal of Machine Tools and Manufacture, (2014) 77,p56-65.

[7]    Wang, J., Chen, W., Han, F., Study on the magnetorheological finishing method for the WEDMed pierced die cavity, International Journal of Advanced Manufacturing Technology, (2015) 76(9-12),p1969-1975.

[8]    Wang, J., Han, F., Zhao, F., Improvement of EDM efficiency with a new adaptive control strategy, International Journal of Advanced Manufacturing Technology ,(2012) 62(9-12),p1025-1040.

[9]    Wang, J., Han, F.-Z., Lu, J.-M., Zhao, F.-L., Research on influence rules of electrode machining time on EDM efficiency, Dalian Ligong Daxue Xuebao/Journal of Dalian University of Technology ,(2012) 52(5),p652-656.

[10]  Wang, J., Han, F., Cheng, G., Zhao, F., Debris and bubble movements during electrical discharge machining, International Journal of Machine Tools and Manufacture ,(2012) 58,p11-18.

[11]  F.Han, F.AI, Y.Wang, Attempt at unitary magnetorheological finishing for a pierced die cavity， Proceedings of the Institution of Mechanical Engineers Part B-Journal of Manufacture(2010),224(6) ,p879-886.

[12]  Han, F., Zhang, J., Cheng, G., Takahito, I., Modeling of work piece removal rate on EDM,16th International Symposium on Electro machining, ISEM 2010,(2010),p 101-104.

[13]  Zhou, M., Han, F., Tang, B., The methodology of detecting dynamical properties of Electrical Discharge Machining (EDM) process towards building a timely varied linear predictive model,16th International Symposium on Electro machining, ISEM 2010,(2010),p 73-78

[14]  Zhou, M., Han, F., Meng, X., Chen, B., Analysis and control of electrical discharge machining (EDM) process, IEEM 2009 - IEEE International Conference on Industrial Engineering and Engineering Management,(2009),p 164-168.

[15]  F.Han, G.Cheng, F. Zhijing, Measurement of wire electrode temperature in WEDM, International Journal of Advanced Manufacturing Technology ,(2009), 41(9,10),p871-879.

[16]  M. Zhou, F.Han, W. Yongxain, Assessment of dynamical properties in EDM process-detecting signature of latent change to deleterious process in advance, International Journal of Advanced Manufacturing Technology,(2009), 44(3-4),p283-292.

[17]  M. Zhou, F.Han, W. Yongxain,  Assessment of the dynamical properties in EDM process-detecting deterministic nonlinearity of EDM process, International Journal of Advanced Manufacturing Technology ,(2009),44(1-2),p91-99.

[18]  M. Zhou, F.Han, Adaptive control for EDM process with a self-tuning regulator, International Journal of Machine Tools and Manufacture,(2009)，49(6),p462-469.

[19]  Han, F., Wang, Y., Zhou, M., High-speed EDM milling with moving electric arcs, International Journal of Machine Tools and Manufacture,(2009)，49(1),p20-24.

[20]  F.Han, G. Cheng, thermo-mechanical Analysis and Optimal Tension Control of Micro Wire Electrode, International Journal of Machine Tools and Manufacture, (2008),48(7-8): p922-931.

[21]  F. Han, P.Grangure,M. Kunieda, Improvement in accuracy in potential method for detecting EDM spark locations, Journal of Materials Processing Tech, (2008), 206(1-3), p328-332.

[22]  M.Zhou, F.Han, A time-varied predictive model for EDM process, International Journal of Machine Tools and Manufacture, (2008) 48, p 1668-1677.

[23]  F.Han, L. Chen, D. Yu: Basic study on pulse generator for micro-EDM, International Journal of Advanced Manufacturing Technology,(2007),33 (5-6),p474-479.

[24]  F.Han, J. Jiang, D. Yu, influence of discharge current on machined surface by thermo-analysis in WEDM, International Journal of Machine Tools and Manufacture ,(2007) ,47 (7-8), p1187-1196.

[25]  F.Han, J. Jiang, D. Yu,  Influence of machining parameters on surface roughness in finish  cut of WEDM, International Journal of Advanced Manufacturing Technology ,(2007) ,34 (5-6): p538-546.

[26]  F.Han, J.Zhang, Corner error cut of rough cutting in wire EDM, Precision Engineering,(2007)31,p331-336.

[27]  G. Cheng, F.Han, Z. Feng, Experimental determination of convective heat transfer coefficient in WEDM, International Journal of Machine Tools and Manufacture,(2007), 47, (11) , p1744-1751.

[28]  Lu, B.-H., Han, F.-Z., Cheng, H.-B., Chen, X.-M., Design of curved surface manufacture system with five DOF and its CAM, Guangxue Jishu/Optical Technique(2007),33,p185-189.

[29]  F.Han, Y.Yamada, Experimental attempts of sub-micrometer order size machining using micro-EDM, Precision Engineering, (2006) 30(2)，p123-131.

[30]  Han, F., Chen, L., Zhou, X., Study on the transistor type pulse generator for micro-EDM, Zhongguo Jixie Gongcheng/China Mechanical Engineering, (2006) 17(20)，p2094-2097.

[31]  Han, F., Tao, C., Zhou, X., Masanori, K. , Development of simulation system on WEDM first cut ,Jixie Gongcheng Xuebao/Chinese Journal of Mechanical Engineering, (2006) 42(6)，p101-105.

[32]  Han, F., Cheng, G., Chen, X., Zhou, X., Kunieda, M., CAD/CAM software for manufacturing 3-D curved surfaces using WEDM, Qinghua Daxue Xuebao/Journal of Tsinghua University, (2005) 45(11)，p1472-1475.

[33]  F.Han, M. Kunieda, Development of Parallel Spark electrical discharge machining, Precision Engineering 28(2004)p65-72.

[34]  F. Han, S. Wachi, M. Kunieda, Improvement of Machining Characteristics of Micro-EDM Using Transistor Type Isopulse Generator and Servo Control, Precision Engineering, (2004),28,p378-385.

[35]  F. Han, M. Kunieda, T. Sendai, Y. Imai: High Precision Simulation of WEDM Using Parametric Programming, CIRP (2002) p165-168.

 

发明专利

[1]      一种电解加工过程中工件短路检测方法    韩福柱、陈伟（CN106312216A）

[2]      一种三维电铸加工方法及系统    韩福柱、王军华、应炜晟（CN105239110A）

[3]      群电极电解加工阵列孔的方法    韩福柱、陈伟（CN105014169A）

[4]      一种电化学加工用电极的双膜侧壁绝缘方法    韩福柱、王津、陈伟、高峰（CN103668380A）

[5]      一种非导电材料的电解电火花复合加工方法及装置       韩福柱、王津、陈伟（CN103231133A）

[6]      一种电火花线切割贯通形型腔模具的磁流变抛光方法    韩福柱、陈伟、王津（CN102962732A）

[7]      一种非导电材料的砂浆线切割加工装置及方法       韩福柱、王津、陈伟（CN103203506A）

[8]      一种非导电材料的电解电火花线切割加工装置及方法    韩福柱、王津、陈伟（CN103231134A）

[9]      一种电化学电极的侧壁绝缘方法       韩福柱、高峰、王津（CN102965708A）

[10]  一种电火花线切割加工电极丝温度检测装置    韩福柱、程刚（CN1858568）

[11]  一种模具及零件的整体式磁流变抛光方法       韩福柱、艾福超（CN100999062）

[12]  一种弯曲孔的电火花/电解加工方法及其装置   韩福柱、王用贤、周明（CN101015874）

[13]  一种直流动电弧电火花加工方法       韩福柱、王用贤（CN101112727）

[14]  一种电加工用防电化学杂散腐蚀的方法    韩福柱、陈伟（CN105033371A）

[1]  “Simulation of WEDM Using Discharge Location Searching Algorithm”获第十届国际ICPE学会优秀论文奖；

[2]  “慢走丝电火花线切割高频无电解镜面加工电源及加工设备”获中国机械工业科学技术奖二等奖；

[3]  《微细电火花加工用脉冲电源技术的基础研究》获中国机械工程学会优秀论文奖；

[4]  机械加工质量影响因素综合系列实验的开发与研究获清华大学实验技术成果二等奖；

[5]  基于FPGA的永磁同步电机伺服控制系统设计获第七届中国研究生电子竞赛三等奖（优秀指导教师）