台大化工系網站英文版

• 學歷

        英國伯明翰大學 化學工程博士      2001
       國立臺灣大學 化學工程學系學士   1995

• 經歷

         國立臺灣大學 研究發展處副研發長         2024-迄今
       國立臺灣大學 產學合作總中心主任         2023-迄今
       國立臺灣大學 化學工程學系副系主任      2022-迄今
       Executive Editor, Advanced Powder Technology (SCI, Elsevier)    2018-迄今
       臺灣生質能技術發展協會 常務理事         2023-迄今
       台灣過濾與分離學會 監事                       2015-迄今

       長庚大學 工學院副院長                           2018-2020
       長庚大學 綠色科技中心主任、創新育成中心主任            2019-2020、2005-2010
       長庚大學 化工與材料工程學系系主任     2016-2019
       長庚大學 化工與材料工程學系助理教授、副教授、教授  2002-2020

       台灣化學工程學會 副秘書長                    2019-2020

• 研究主題

        粉粒體技術：此研究主要著重於粉粒體物理特性分析，並結合工業程序上各種單元操作特徵，開發合適於不同操作特性單元之粉體。

       流體化床工程：此研究主要探討流體化床中之流體/固體相互作用機制與其工業應用。目前研究題目包含生質物流體化床熱裂解操作、孔板設計及氣體汙染物於流體化床之物理化學處理。

       多相流暨粒子流模擬技術：此主題之研究利用離散元素法及計算流體力學探討顆粒體在粒子流或多相流中的運動行為與其他相的相互作用機制，並進一步將模擬結果應用於工業製程節能與提高效能之改善。

• 最新研究     

1. Fukasawa, T.,Toda, H., Huang, S.-Y., Hiraiwa, R., Huang, A.N., Kuo, H.P., Fukui, K., “Component Separation in a Vibrating Fluidized Bed Based on Differences in Agglomeration Properties of Particles.”Journal of Chemical Engineering of Japan, 2018. 51(7): p. 576-583.
2. Hsu, W.Y., A.N. Huang, and H.P. Kuo*, “Analysis of Interparticle Forces and Particle-Wall Interactions by Powder Bed Pressure Drops at Incipient Fluidization.”Powder Technology, 2018. 325: p. 64-68.
3. Huang, A. N., Hsu, C. P., Hou, B. R., Kuo, H.P.*, “Production and Separation of Rice Husk Pyrolysis Bio-oils from a Fractional Distillation Column Connected Fluidized Bed Reactor.”Powder Technology, 2018. 323: p. 588-593.
4. Huang, A. N., Ito, K.; Fukasawa, T., Fukui, K., Kuo, H.P.*, “Effects of Particle Mass Loading on the Hydrodynamics and Separation Efficiency of a Cyclone Separator.”Journal of the Taiwan Institute of Chemical Engineers, 2018. 90: p. 61-67.
5. Huang, A.N., Ito, K., Fukasawa, T., Yoshida, H., Kuo, H.P.*, Fukui, K., “Classification Performance Analysis of a Novel Cyclone with a Slit on the Conical Part by CFD Simulation.”Separation and Purification Technology, 2018. 190: p. 25-32.
6. Huang, A.N. and Kuo, H.P.*, “CFD Simulation of Particle Segregation in a Rotating Drum. Part II: Effects of Specularity Coefficient.”Advanced Powder Technology, 2018. 29(12): p. 3368-3374.
7. Kuo, H.P.*, Yang, Y.N., and Huang, A.N., “A Kinetic Study of CFB Boiler Separated Bottom Ashes During the Steam Hydration Reaction.”Journal of the Taiwan Institute of Chemical Engineers, 2019. 94: p. 124-128.
8. Lin, C.Y., Wang, H.C., Hsu, W.Y., Huang, A.N. and Kuo, H.P.*, “Stage-wise Characterization of the High Shear Granulation Process by Impeller Torque Changing Rate.”Advanced Powder Technology, 2019. 30(8): p. 1513-1521.
9. Hsu, W.Y., Huang, A.N., and Kuo, H.P.*, “Approach the powder contact force, voidage, tensile stress, wall frictional stress and state diagram of powder bed by simple pressure drop monitoring.” Advanced Powder Technology, 2020. 31(1): p. 433-438.
10. Huang, A.N., Cheng, T.H. and Kuo, H.P.*, “A study of the axial and radial competition segregation in a rotating drum with internal diameter changing.” AIChE Journal, 2020. 66(5):e16921..
11. Huang, A.N., Cheng, H.H., Hsu, W.Y., Huang, C.C. and Kuo, H.P.*, “Transition from binder to matrix-forming: the effect of hydroxypropylmethylcellulose concentration on the properties of starch/hydroxypropylmethylcellulose granules prepared in a high shear granulator.” Journal of the Taiwan Institute of Chemical Engineers, 2020. 113: p. 46-55.
12. Huang, A.N., Cheng, T.H., Hsu, W.Y., Huang, C.C. and Kuo, H.P.*, “DEM study of particle segregation in a rotating drum with internal diameter variations.” Powder Technology, 2021. 378(A): p. 430-440.
13. Furumoto, K., Narita, T., Fukasawa, T., Ishigami, T., Kuo, H.P. *, Huang, A.N. and Fukui. K., “Influence of pulse-jet cleaning interval on performance of compact dust collector with pleated filter”, Separation and Purification Technology, 2021. 279: p. 119688.
14. Huang, A.N., Wang, X., Hsu, W.Y. and Kuo, H.P. *, “Particle segregation in a rotating drum with inner segmentation ring pair”, Powder Technology, 2021. 394: p. 891–900.
15. 陳晴語、楊令琇、黃安婗、郭修伯*，“高效氣固旋風分離器的發展與應用”，2021。工程，94(4)期，12月號，p. 81–92。
16. C.C. Lai†, A.N. Huang†, (†Co-first authors, contributed equally to this work), C.Y. Chen, W.Y. Hsu, J.P.K. Seville and H.P. Kuo*, 2022, “Modification of the spherical particle spring-damping contact model from contact velocity dependent restitution coefficients”, Powder Technology, 401, 117294.
17. K. Furumoto, T. Fukasawa, T. Ishigami, M.I.F. Rozy, H.P. Kuo, A.N. Huang and K. Fukui, 2022, “Influence of pulse-jet cleaning pressure on performance of compact dust collector with pleated filter operated in clean-on-time mode”, Advanced Powder Technology, 33, 103602.
18. A.N. Huang†, W.C. Chen†, C.L. Wu†, (†Co-first authors, contributed equally to this work), T. J. Lee, C.C. Huang and H.P. Kuo*, 2022, “Characterization of nasal aerodynamics and air conditioning ability using CFD and its application to improve the empty nose syndrome (ENS) submucosal floor implant surgery - Part I Methodology”, Journal of the Taiwan Institute of Chemical Engineers, 138, 104481.
19. L.H. Yang†, C.Y. Chen†, (†Co-first authors, contributed equally to this work), W.Y. Hsu, K. Fukui, T. Fukasawa, A.N. Huang and H.P. Kuo*, 2022, “Effect of the operation temperature on the hydrodynamics and performances of a cyclone separator”, Advanced Powder Technology, 33, 103791.
20. A.N. Huang, WY Hsu, T. Fukasawa, T. Ishigami, K. Fukui and H.P. Kuo*, 2023 “Performance Characterization of a Novel Compact Dust Collector with Pleated Filter Cartridges”, Separation and Purification Technology, 305, 122468.