研發人才




胡石政

能源與冷凍空調工程系

學經歷:
  學歷:
美國奧本大學 機械工程系碩士
英國利物浦大學 建築工程系博士
經歷:
現任國立台北科技大學教授
國立台北科技大學副教授
國立台北科技大學助理教授
工研院能資所研究員

專業技術
  無菌無塵室設計與管理
節能技術
室內空氣品質控制
無塵室設計
室內空氣品質控制
空調系統設計
   
研發介紹
  ◎ 期刊論文
  27. Hu, S. C★. and J. M. Tsao. A Comparative Study on Energy Consumption
for HVAC Systems of High-Tech Fabrication Plants (FABs), Submitted to
Applied Thermal Engineering. (2nd Revised).
26. Hu, S. C., M. F. Hsu, and Y. C. Tung, Energy Saving on HVAC system of a
Mass Rapid Transit System with Platform Door under Tropical Climate.
Submitted to Building and Environment J. (SCI)(NSC94-2623-7-027-004-ET)
25. Hu, S. C★., T. M. Wu and H-C. Lin. Design and evaluation of a nitrogen purge
system for the Front Opening Unified Pod (FOUP), accepted by Applied
Thermal Engineering. Oct. 2006 (NSC-91-2212-E-027-015- 1)
24. Hu,S.C. ★ and C. C. Chen, Locating the very early smoke detector
apparatus (VSDA) in vertical laminar cleanrooms according to the trajectories
of smoke particles, The International Journal of Building Science and its
Application (Building and Environment). 42:366-371,2007(SCI, Impact
Factor:0.676)
23. Hu, S.C. ★, and J.M. Tsao, Purge of a Front Opening Unified Pod (FOUP) with
Nitrogen for 300 mm Wafer Manufacturing, Japan Journal of Applied
Physics .42(6A)5269-5271.2006(SCI, Impact Factor:1.096)
(NSC-91-2212-E-027-015-1)
22. Hu, S. C.★ and C. R. Hsiao, Particle dynamics in a Front Opening Unified
Port/Load Port Unit minienvironment in the presence of a 300 mm wafer in
various positions. Aerosol Science and Technology, Vol. 39, 2005,P185-195
(SCI, Impact Factor: 1.935, 領域排名: Mechanical Engineering 領域---105
份期刊中排名第 5). (NSC-91-ET-7-027-004-ET)
21. Hu, S. C★ and R. H. Yang, Development and testing of a multi-type air
conditioner without using AC inverters, Energy Conversion and Management,
Vol. 45, NO. 10. 2004. (SCI, Impact Factor: 1.244)
20. Hu, S. C★ and T. M. Wu, Experimental studies of airflow and particle
Characteristics of a 300mm POUP/LPU minienvironment system, IEEE
Transactions on Semiconductor Manufacturing, Vol. 16. No. 4, 2003.
P660-667. (SCI, Impact Factor:0.774) (NSC-91-ET-7-027-004-ET)
19. Hu, S. C★ and J. H. Lee, Influence of platform screen doors (PSD) on energy
consumption of the environment control system of a mass rapid transit (MRT)
system: case study of the Taipei MRT system, Energy Conversion and
Management,45:639-650, 2004. (SCI, Impact Factor:1.244)
18. Hu, S. C★, Airflow characteristics in the outlet region of a vortex room air
diffuser. The International Journal of Building Science and its Application
(Building and Environment), (38),553-561, 2003 (SCI, Impact
Factor:0.676)
17. Hu, S. C.★ and Y. K. Chuah, Deterministic simulation and assessment of air
recirculation performance of unidirectional flow cleanrooms that incorporate age
of air concept. The International Journal of Building Science and its Application
(Building and Environment). 38,563-570(2003) (SCI, Impact Factor: 0.676)
(NSC-90-2212-E-027-006- )
16. Hu, S. C. ★ and Y. K. Chuah, Power consumption for semiconductor fabs in
Taiwan, the International Journal of "Energy". Vol. 28,2003, pp895-907 (SCI,
Impact Factor:0.685)
15. Y. K. Chuah, S. C. Hu, and M. F. Shieh, A study on the control of surface
condensation on a multi-cone diffuser in cold air distribution applications.
Indoor Build Environment 13:223-231, 2004 (SCI, Impact Factor:0.414)
14. Hu, S. C. ★,J. D. Chen and Y. K. Chuah, Energy consumption in a large acute
hospital, International Journal on Architecture Science,Vol 5, NO. 1, 2004.
13. Hu, S. C. ★ and J.S. Wu, Energy benchmark and its application for the facility
system of a semiconductor factory, Energy Conversion and Management, 2005
(accepted) (SCI , Impact Factor: 1.244).
12. Hu, S. C★, Y.K. Chuah and M. C. Yen, Design and evaluation of a
mini-environment for semiconductor manufacture processes, The International
Journal of Building Science and its Application (Building and Environment),
37 (2002) 201-208. (SCI, Impact Factor: 0.676) *本篇論文被其他SCI論文
引用10次以上.
11. Chuah, Y. K., C-H. Tsai, and S. C. Hu, Simultaneous control of particle
contamination and VOC pollution under different operating conditions of a
mini-environment that contains a coating process, The International Journal of
Building Science and its Application (Building and Environment). 35 (2000)
(SCI, Impact Factor: 0.676)
10. Hu, S. C, ★ Y. K. Chuah, and S. C. Huang, Performance comparison of axial fan
and fan-filter unit type clean rooms by CFD. ASHRAE Transaction.
AC-02-17-4, (2002) (EI)
9. Hu, S. C. ★ Influences of fresh air supply locations on temperature distribution of
a fan filter unit (FFU) type unidirectional clean room. International Journal on
Architecture Science, Vol 3, NO. 2, 2002, p112-119.
8. Hu, S. C. ★ and Y. C. Tung, Performance assessment for locally balanced and
wall-return turbulent clean rooms by the Stochastic Particle Tracking Model,
International Journal on Architectural Science, Vol. 3 Number 4, 1, 2002.
7. Hu, S. C. ★Airflow characteristics of circular ceiling diffusers. International
Journal on Architecture Science. 1 (2), 59-67, 2000.
6. Hu, S. C. ★, Y. Y. Wu and C. J. Liu, Measurements of air flow characteristics in a
full-scale clean room, The International Journal of Building Science and its
Application (Building and Environment), 31(1996)119-128. (SCI, Impact
Factor: 0.676)
5. Hu, S. C. ★, J. M. Barber and H. Chiang, Full-Scale thermal performance test of
alternative diffusers when operating with cold air, ASHRAE Transaction, Part 1,
262-274, 1999. (EI)
4. Hu, S. C. ★ and J. M. Barber, A CFD study for cold air distribution systems,
ASHRAE Transaction, Part 2, 614-627, 1999. (EI)
3. Hu, S.C. ★, Y.Y.Wu and C.H.Chao. Air velocity characteristics in a clean room,
AIRAH Journal, 6, 25-32, 1996.
2. Hu, S.C. ★, R. Y. Hu, and N. W. Fan, Optimization of the display case design using
numerical models, Phoenics Journal of CFD and Its Applications, 1 (2),
15-24,1994.
1. Khodadadi, J. M. and S. C. Hu, Turbulent forced convective heat transfer in the
entrance region of a confined jet, Numerical Heat Transfer, Part A, 21 (4),
481-492, 1992. (SCI, Impact Factor: 0.8)
   
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