标题：房丰洲
百科名片
概述房丰洲：男，博士研究生学位，  天津大学房丰洲教授[1]天津大学机械工程学院机械工程系机械制造及其自动化专业，天津大学精密仪器及光电子工程学院精密机械及仪器专业教授。
1982年毕业于黑龙江矿业学院（现为黑龙江科技大学）
1994年于哈尔滨工业大学获得博士学位
主要经历
长江学者特聘教授。1982年大学毕业后，一直从事精密加工与测量的教学与科研工作。现任国际生产工程院（CIRP）通讯会员、泛太平洋制造联盟（MIRAI）委员、《纳米技术与精密工程》编委、《国际纳米制造技术学报》（International Journal of Nanomanufacturing）编委、《国际精密技术学报》（International Journal of Precision Technology）编委。多年从事超精密加工、复杂曲面加工和精密测量方面的研究与开发。是多个国际学术会议的科学委员会委员、组委、或会议主席。应邀多次在中国、日本、美国、泰国等国家举行的先进制造和微纳加工领域的国际会议发表大会主题报告20余次。发起在制造领域形成广泛影响的系列纳米制造国际会议（nanoMan），并担任在新加坡举行的第一届会议和在中国举行的第二届会议的大会主席。
研究方向
超精密加工技术及装备、微制造、微加工、光学自由曲面加工、脆性材料复杂曲面加工及超精密检测技术加装备
代表论著
部分国际会议主题及特邀报告： 
1. Fang, F. Z., 2009, Functional surfaces fabrication (keynote presentation), The 1st International Conference on Surface and Interface Fabrication Technologies, Wako, Japan, 16-17 July.
2. Fang, F. Z., 2009, Micro/nano machining by mechanical tools (keynote presentation), 1st Int. Symposium on Atomically Controlled Fabrication Technology , Osaka, Japan.
3. Fang, F. Z., 2008, Advances in machining of freeform optics (keynote presentation), 1st Int. Symposium of the Volkswagen Foundation on Functional Surfaces , Bremen, Germany.
4. Fang, F. Z., 2008, Machining of freeform optics (invited presentation), International Joint Workshop on Micro Fabrication (IJWMF2008), Taiwan, China.
5. Fang, F. Z., 2007, Advances in freeform machining (keynote presentation), Asia Symposium on Precision Engineering and Nanotechnology (ASPEN2007), Korea.
6. Fang, F. Z., 2007, Advances in ultra-precision machining of optical components (keynote presentation), Asia Pacific Conference on Optics Manufacture (APCOM2007), Hong Kong, China.
7. Fang, F. Z., 2006, Advances in micro/nano machining (invited presentation), Hong Kong Polytechnic University, Hong Kong, China.
8. Fang, F. Z., 2006, Advances in micro/nano manufacturing (keynote presentation), International Conference on Micro/Nano Fabrication Technology’06 Bangkok, Thailand.
9. Fang, F. Z., 2005, Fundamentals in micro machining (invited presentation), Nagoya University, Japan.
10. Fang, F. Z., 2005, Brittle-to-ductile transition in single crystal silicon (keynote presentation), TMMF2005, Tsukuba, Japan.
11. Fang, F. Z., 2005, Micro machining of optical and bio-medical parts (invited presentation), Technological University of Malaysia, Malaysia.
12. Fang, F. Z., 2004, Micro machining technology (invited presentation), Georgia Institute of Technology, USA.
13. F. Z. Fang, 2003, Micro machining technologies (invited presentation), MTA2003 International Technical Forum, Singapore.
14. F. Z. Fang, 2003, Micro machining of optical and bio components (invited presentation), Tsinghua University, China.
15. F. Z. Fang, 2003, Development of micro machining (invited presentation), Beijing University of Aeronautics and Astronautics, China.
16. Fang, F. Z., 2003, Micro fabrication processes (invited presentation), Seminar at National University of Singapore.
17. Fang, F. Z, 2003, High speed machining technology (invited presentation), Workshop jointly organized by NUS and JSME, Singapore.
18. Fang, F. Z., 2001, Cutting of hardened steels (keynote presentation), The International Conference on Advanced Manufacturing Technology – ICAMT'2001, Nanjing, China.
19. Fang, F. Z., 2001, Hardened steel machining, Gintic (Singapore)-Georgia Tech (USA) Joint Workshops on Manufacturing Technology, Singapore.
20. Fang, F. Z., 2000, Ultra-precision machining of brittle materials (invited presentation), Tianjin University, China.
部分学术论文： 
21. Xu, Z. W., Fang, F. Z., Fu, Y. Q., Zhang, S. J., Han, T. and Li, J. M., 2009, Fabrication of micro/nano-structures using focused ion beam implantation and XeF2 gas-assisted etching, Journal of Micromechanics and Microengineering, Vol. 19/5, 054003(9pp).
22. Zhang, X. D., Fang, F. Z., Wang, H. B., Wei, G. S. and Hu, X. T., 2009, Ultra-precision machining of sinusoidal surfaces using the cylindrical coordinate method, Journal of Micromechanics and Microengineering, Vol. 19/5, 054004(7pp).
23. Fang, F. Z., Xu, Z. W., Hu, X. T., 2009, Fabrication and configuration of carbon nanotube probes in atomic force microscopy, CIRP Annals, Vol 58/1, pp 455-458.
24. Fang, F. Z., Zhang, X. D., Hu, X. T., 2008, Cylindrical coordinate machining of optical freeform surfaces, Optics Express, Vol. 16, pp 7323-7329.
25. Fang, F. Z., Xu, Z. W., Dong, S., 2007, High aspect ratio nanometrology using carbon nanotube probes in atomic force microscopy, CIRP Annals, Vol 56/1.
26. Fang, F. Z., Kanno, S. A., Spowage, C., Ikeda, F. and Lim, G. C., 2007, Causes of Uneven Surfaces on Optical Panels, Precision Engineering, (submitted).
27. Wu, H., Fang, F. Z., Pei, Q. X., 2006, Study on nanometric cutting mechanism and burr formation using molecular dynamics simulation, International Journal of Nanoscience, Vol. 5, pp 547-551.
28. Pei, Q. X., Lu, C., Fang, F. Z., Wu, H., 2006, Molecular dynamics simulation of nanometric cutting process, International Journal of Nanoscience, Vol. 5, pp 633-638.
29. Pei, Q. X., Lu, C., Fang, F. Z., Wu, H., 2006, Nanometric cutting of copper: A molecular dynamics study, Computational Materials Science, Vol. 37, pp 434-441.
30. Fang, F. Z., Xiong, Z. and Hu, X. T.,2006, An experimental study of micromachining step-mirror for laser diode beam shaping, Journal of Micromechanics and Microengineering, Vol. 16, pp 214-218.
31. Fang, F. Z., Wu, H.,Liu, Y. C., 2005, Modeling and investigation on machining mechanism of nano-cutting monocrystalline silicon, International Journal of Machine Tools and Manufacture, Vol. 45, pp1681-1686.
32. Fang, F. Z., Liu, Y. C., 2004, On minimum exit-burr in micro cutting, Journal of Micromechanics and Microengineering, Vol. 14, pp 984-988.
33. Fang, F. Z., Wu, H., Liu, X. D., Liu, Y. C., and Ng, S. T., 2003, Tool geometry study in micro machining, Journal of Micromechanics and Microengineering, Vol 13, pp 726-731.
34. Fang, F. Z., Liu, X. D., and Lee, L. C., 2003, Ultra-precision machining of brittle materials(invited), Nanotechnology and Precision Engineering, Vol 1, pp 38-47.
35. Fang, F. Z., Liu, X. D. and Lee, L. C., 2003, Micro machining of optical glasses, Sadhana – Academy Proceedings in Engineering Sciences, (invited), Vol 28/5, pp 945-956.
36. Fang, F. Z., Lee, L. C., and Liu, X. D., 2005, Mean flank temperature measurement of high speed dry cutting of magnesium alloy, Journal of Materials Processing Technology, Vol 167, pp 119-123.
37. Fang, F. Z., Venkatesh, V. C., and Zhang, G. X., 2002, Diamond turning of soft semi-conductors to obtain nanometric mirror surfaces, International Journal of Advanced Manufacturing Technology, Vol 19/9, pp 637-641.
38. Fang, F. Z., and Zhang, G. X., 2004, An experimental study of optical glass machining, International Journal of Advanced Manufacturing Technology, Vol 23, pp 155-160.
39. Fang, F. Z., and Zhang, G. X., 2003, An experimental study of edge radius effect in cutting single crystal silicon, International Journal of Advanced Manufacturing Technology, Vol 22, pp 703-707.
40. Fang, F. Z. and Chen, L., 2000, Ultra-precision cutting for ZKN glass, CIRP Annals, Vol 49/1, pp 17-20.
41. Fang, F. Z. and Venkatesh, V. C., 1998, Diamond cutting of silicon with nanometric finish, CIRP Annals, Vol 47/1, pp 45-49.
42. Fang, F. Z., 1998, Nano-turning of single crystal silicon, Journal of Materials Processing Technology, Vol 82, pp 95-101.
43. Fang, F. Z., 1998, Achieving the threshold barrier of 1 nm roughness value by diamond turning of silicon surfaces, Chinese Journal of Mechanical Engineering, Vol 11, No.1, pp 6-10.
44. Venkatesh, V. C., Fang, F. Z. and Chee, W. K., 1997, On mirror surfaces obtained with and without polishing, CIRP Annals, Vol 46/1, pp 505-508.
45. Fang, F. Z. and Zhang, G. X., 1996, On AOM laser measuring system, Manufacturing Technology & Machine Tool, No.6, pp 8-11.
46. Fang, F. Z. and Dong, S., 1995, X-ray interferometry for nanometric measurement, Chinese Journal of Scientific Instrument, Vol.16, No.1.
47. Fang, F. Z. and Yuan, Z. J., 1994, An open measuring system for ultra-precision machine tools, Manufacturing Technology & Machine Tool, No.7, pp 17-19.
48. Fang, F. Z. and Yuan, Z. J., 1994, Positioning and measuring technique on ultra-precision turning machines, China Mechanical Engineering, Vol.5, No.2, pp 49-51.
49. Fang, F. Z. and Yuan, Z. J. 1994, An application of Intel 8098 in precision measurement, Journal of Machinery & Electronics, No.2, pp 28-30.
50. Fang, F. Z., Liu, Y. C., Hu, X., 2006, Machining monocrystalline silicon without cracks, Proc. !st Topical Meeting on Microfactories, pp 25-30.
51. Fang, F. Z., Liu, Y. C., 2006, Energy variation of micro-cracking on single crystal silicon, Proc. SPIE Vol. 6344, pp 366-371.
52. Fang, F. Z., Wu, H., Liu, X. D., Lim, G. C., Liu, Y. C., and Ng, S. T., 2003, Fabrication of micro grooves, ASPE 18th Annual Meeting, Portland, USA, Oct.
53. Fang, F. Z., Lee, L. C., Liu, X. D., 2002, Experimental study of high speed milling of hardened steel with CL mist and chilled air, International Conference on Precision Engineering & Nanotechnology – ICPN’2002, Changsha, China, pp 251-256.
54. Fang, F. Z., Thoe, T. B., Song, W. and Shaw, K. C., 2000, Energy dissipation in high speed milling, ICoPE-2000, Singapore, pp 486-491.
55. Fang, F. Z., Lee, L. C., Song, W., Thoe, T. B. and Liu, X. D., 2000, Study on high speed milling of hardened steel, ICAMT-2000, Malaysia, pp 403-408.
56. Fang, F. Z., 1999, Mirror surface finishing for gallium arsenide, ASPE 15th Annual Meeting, USA, Nov, pp 62-66.
57. Fang, F. Z., and Ngoi, K. A., 1998, Two-frequency laser measuring technique with high axis-velocity, Proceeding of SPIE, Vol 3407, 454-457.
58. Fang, F. Z., Venkatesh, V. C., 1997, On high quality diamond turned silicon surfaces, ASPE 13rd Annual Meeting, USA, Nov, pp 220-223.
59. Fang, F. Z. and Zhang, G. X., 1996, Study on a novel method on refractive compensation of in-process measuring system, ASPE 12nd Annual Meeting, USA, Nov.
60. Fang, F. Z. and Zhang, G. X., 1996, The principle of AOM laser heterodyne measuring and its instrument, SPIE, Vol 2899, pp 599-602.
61. Fang, F. Z., Zhang, Y. Q., Zhang, F. H., Dong, S. and Yuan, Z. J., 1995, Research on enhancing in-process measuring system precision of an ultra-precision turning machine, SPIE, Vol 2394, pp 247-250.
62. Fang, F. Z. and Yuan, Z. J., 1994, A novel in-process measuring system for ultra-precision turning machines, IEEE ICIT’94, Dec.
63. Fang, F. Z. and Yuan, Z. J., 1994, Study on the accuracy improvement of a two-frequency laser measuring system applied in ultra-precision turning machines, The 5th Sino-Jopan Jiont Seminar on Ultra-precision Machining, July, pp 49-54.
Books and Journals:
64. 房丰洲，宫虎，张效栋，郭彤，2009，复杂曲面加工领域科学技术发展研究，机械工程学科发展报告，中国科学技术出版社.
65. Luo, J. and Fang, F. Z., guest editor, Journal of Micromechanics and Microengineering, Vol 19/5.
66. Fang, F. Z., Liu, K., T. Kurfess, and Lim, G. C., 2005, Tool-based Micro Machining and Applications in MEMS, MEMS/NEMS Handbook: Techniques and Applications, edited by C. T. Leondes, published by Kluwer Academic Press, Massachusetts, USA, Vol III, pp 63-126.[2]