基本情況
康進武，男，1970年生，河北省辛集市人,博士,清華大學機械工程系副教授，屬於材料加工工程及自動化研究所、清華大學先進成形製造重點實驗室重大裝備製造分室。先進鑄造技術中心骨幹。發表論文100多篇，參與專著編寫4本，軟體著作權1項。專業特長：鑄造、熱處理及其模擬仿真。
教育背景
1985.8---1988.7 辛集河北中學
1988.8—1992.7，東北工學院， 材料科學與工程系金屬材料及熱處理專業，學士
1992.7---1995.3，東北大學，材料科學與工程系鑄造專業，碩士
1995.3---1998.12，清華大學，機械工程系材料加工工程專業，博士
工作經歷
1998. 12---至今，清華大學機械工程系，教師
2001.5---2003.1 美國伍斯特理工學院(Worcester PolytechnicInstitute)，Research Scientist
獲獎及榮譽
1. “砂型鑄造過程數值模擬研究開發與工程套用”2002年北京市科技進步獎二等獎和2001年清華大學科技成果推廣套用效益顯著專項獎
2. 機械工程學報創刊50周年優秀論文獎、中國科學優秀論文獎（2003年，柳百成、康進武、趙海東，Study on Macro and Micro Modeling on Solidification Process of Shaped Casting，Journal of Mechanical Engineering，2002，15（3））
3. 第十一屆全國優秀科技圖書獎二等獎 （柳百成，荊濤，黃天佑，熊守美，李文珍，許慶彥，康進武，鑄造工程的模擬仿真與質量控制，，機械工業出版社，2001。）
研究方向
鑄造、熱處理全過程數值模擬（溫度、應力、相變多場耦合）
造型材料檢測技術及儀器研製開發
教學狀況
多元相平衡圖（研究生課程）
系統工程學（本科生課程）
質量管理學（本科生課程）
主要科研項目
先後參加了國家科委攀登B預選項目、國家計委攻關項目、國家科技支撐計畫、973計畫、重大專項、國家自然科學基金在內的科研項目10個；參加橫向科研項目15個，其中負責國家自然科學基金項目1項，科技支撐計畫子課題1項，國際合作項目8項。
1）十一五科技支撐計畫課題 “大型鑄鍛件共性技術研究”中子課題 “大型鑄鋼件鑄造缺陷機理研究及控制”負責人
2）厚大斷面鑄鋼件熱裂缺陷預測研究 先進成形製造教育部重點實驗室開放基金 2006－2008 負責人
3）超音波作用下鑄造不鏽鋼熔體中非金屬夾雜物碎化與彌散研究,項目批准號：51075229國家自然科學基金項目,2010年獲批。負責人
4）與日本三菱重工合作項目Development of prediction technique for casting crack and casting deformation等6項國際合作項目2007-2010 負責人
5）與美國Worcester Polytechnic Institute的Study on the Numerical Simulation of Heat Transfer and the Prediction of Microstructure and Properties During Quenching and Tempering Process等2項國際合作項目2003-2005 負責人
6）十一五科技支撐計畫課題 “大型水電機組關鍵鑄鍛件製造技術研究”，2008-2010。骨幹
7) 973項目“數位化製造基礎研究”課題5：先進成形製造過程的多尺度數字仿真與最佳化（2006-2008年）骨幹
8）“高檔數控工具機與基礎製造裝備”（04專項）課題“鑄造、鍛造宏/微觀模擬軟體研究開發與工程套用”（2009－2010） 骨幹
主要出版物
論文總計100多篇，SCI收錄11篇，EI收錄51篇, ISTP:15篇，軟體著作權1項。參加4本專著的編寫。
1. J.-W. kang, H.-M. Long, T.-J. Wang, T.-Y. Huang and B.-C. Liu, Evaluation of distortion of castings, International Journal of Cast Metals Research 2011 VOL 24 NO3/4,228-232
2. Jinwu Kang, Xiaokun Hao, Gang Nie, Haimin Long, Hailiang Yu and Tianyou Huang, Evaluation Of The Distortion Of A Hydro Turbine Blade During Heat Treatment Process, Shape Casting: The 4 International Symposium, (Edited By murat Tiryakioglu, John Compbell And Paul N. Crepeau) Proceedings of 140th TMS Annual Meeting & Exhibition San Diego, USA, 27 Feb.- March 3., 2011, 257-263
3. Jinwu Kang, Ran Zhang, Tianyou Huang and Baicheng Liu. Stress Analysis And Deformation Prediction Of A Heavy Hydraulic Turbine Blade Casting In Heat Treatment Process Collected Proceedings of 139th TMS Annual Meeting & Exhibition Seattle, USA, 14-18 Feb., 2010,553-561
4. Liu Baicheng, Kang jinwu, Huang tianyou，Stress Analysis And Deformation Prediction Of A Heavy Hydraulic Turbine Blade Casting During Casting And Heat Treatment Processes ,4th International Conference on Thermal Process Modeling and Computer Simulation，31 May - 2 June 2010, Shanghai, CHINA（plenary speech）
5. Kang J.W., Zhang J.F., Liu B.C., Huang T.Y. Improved thermal stress analysis for castings. International Journal of Cast Metals Research, 2008, 21(1–4): 324-329. (SCI)
6. Kang J.W., Huang T.Y. , Liu B.C. Review of production status of heavy steel castings and key technologies for their manufacture in china. China Foundry, 2008,5(1):1-6. ( SCI)
7. J. Kang, J. Zhang, B. Liu and T. Huang，Improved thermal stress analysis for castings，International Journal of Cast Metals Research, 2008, 21（1–3）, 424-429
8. Kang Jinwu, Huang Tianyou And Liu Baicheng, Review Of Production Status Of Heavy Steel Castings And Key Technologies For Their Manufacture In China, China Foundry, 2008,5(1),1-6
9. Xu Yan, Kang Jinwu，Huang Tianyou, Hu Yongyi，Thermal Stresses In A Cylinder Block Casting Due To Coupled Thermal And Mechanical Effects，Tsinghua Science And Technology，2008，13（2），132-136 EI081311176514
10. J. F. Zhang, J. W. Kang, B. C. Liu, Study on Dynamic Measurement of Thermal Stress During Solidification of a Casting Specimen，Materials Science Forum Vols. 561-565 (2007) pp. 1841-1844
11. L. He, J. Kang, T. Huang, Effects of T6 Heat Treatment with Residual Heat of Casting on Microstructure and Mechanical Properties of 319 Aluminium Alloy Castings, MS&T07 Material Science And Technology 2007 Conference And Exhibition, September 17-19, 2007, Detroit, Michigan
12. LIU Xiao-gang,KANG Jin-wu, HUANG Tian-you, LIU Bai-cheng，THERMAL STRESS SIMULATION CONSIDERING MECHANICAL INTERACTION BETWEEN CASTING AND MOLD，TMS (The Minerals, Metals & Materials Society), 2007,March, Orlando, US.
13. Jinwu Kang,Yiming Rong, Modeling and simulation of load heating in heat treatment furnaces,Journal of Materials Processing Technology,174(1-3), 2006.05:109-114 EI, SCI 6199864454，046NG
14. L. He,J. Kang,T. Huang,Numerical modelling of the heat treatment with residual heat of aluminum castings.TMS Annual Meeting, v 2006, Simulation of Aluminum Shape Casting Processing: From Alloy Design to Mechanical Properties,2006.03 253-257 EI 6209884780 2006
15. Kang, Jin-Wu; Huang, Tian-You; Purushothaman, Radhakrishnan; Wang, Wei-Wei; Rong, Yi-Ming ,Modeling and simulation of heat transfer in loaded continuous heat treatment furnace, Transactions of Materials and HeatTreatment, 25(5), 2004, 764-768
16. Kang J, Rong YK, Wang W., Numerical simulation of heat transfer in loaded heat treatment furnaces，JOURNAL DE PHYSIQUE IV 120: DEC 2004: 545-553
17. Jinwu Kang, Rohit Vaidya, Weiwei Wang and Yiming (Kevin) Rong,A System for Heat Treating Process Analysis, 2003 ASM Heat Treating Society Conference and Explosition, Columbus, Ohio, USA, Sept.15-17, 2003
18. Jinwu Kangand Yiming (Kevin) Rong, Modeling and simulation of heat transfer in loaded heat treatment furnaces, The 13th International Congress on Heat Treatment and Surface Engineering, Columbus, Ohio, Oct. 7-11, 2002
19. Liu Baicheng, Kang Jinwu，Zhao Haidong, Study On Macro And Micro Modeling On Solidification Process Of Shaped Casting，Chinese Journal of Mechanical Engineering，2002, Vol.15, No.3
20. B.C. Liu, J.W. Kang, S.M. Xiong, A study on the numerical simulation of thermal stress during the solidification of shaped castings, Science and Technology of Advanced Materials 2 (2001), 157-164
25. Kang JW, Chen Y, Xiong SM, et al.，Numerical Simulation of Thermal Stress and Deformation of Engine Block Iron Casting，Int J Cast Metal Res 11: (6) 501-506 1999
26. Kang JW, Liu BC, Xiong SM，Numerical simulation of thermal stress of shaped casting based on rheological model，J MATER SCI TECHNOL 15: (3) MAY 1999，267-270
27. Kang Jinwu, Xiong Shoumei, Liu Baicheng, Study on the Prediction of shrinkage Cavity in Steel Casting By Multi-Hot-Spot and Simultaneous Shrinkage-Feeding Method, Foundry, 1999(8): 478-481( in Chinese)
28. 熊守美、許慶彥、康進武編著，鑄造過程模擬仿真技術，北京：機械工業出版社，2005。第1章數值模擬技術基礎部分；第3章鑄造凝固過程數值模擬部分；第5章鑄件應力場數值模擬；第6章材料物性參數
29. 《中國材料工程大典》第10卷材料鑄造成形工程（柳百成、黃天佑、熊守美主編），北京：機械工業出版社，2006.01，445-458,648-679。ISBN 7-5025-7321-6。康進武,第3篇材料鑄造成形CAD/CAM：第4章鑄造過程的應力場數值模擬。第8篇鑄造生產質量管理與檢測：第6章統計工藝控制SPC在鑄造中的套用；第7章鑄造技術專家系統；第8章鑄造企業PDM
30. 柳百成，荊濤，黃天佑，熊守美，李文珍，許慶彥，康進武，鑄造工程的模擬仿真與質量控制，，機械工業出版社，2001。第5章(部分)章，第9章
31. 張曉萍、康進武、呂志剛，材料加工過程企業管理信息系統，機械工業出版社，2000。第1章(部分)章，第3，4，7章
32. 鑄件凝固過程熱應力數值模擬軟體FT-STRESS （其中有限差分/有限元集成鑄件熱應力分析系統【簡稱：FT-STRESS】v1.0獲軟體著作權）
