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Brief Dr. SK Lau received his B.Eng.(1st Hons.) in Building Services Engineering and Ph.D. from the Hong Kong Polytechnic University in 1997 and 2003, respectively. He has worked in the BSE industry as a consultant engineer before his Ph.D. study. In 2001, he took up an Application Manager position at Acron International Technology Ltd, [which was established under the entrepreneurship program of the Hong Kong University of Science and Technology,] designing environmental systems (acoustics, energy efficient and indoor air quality systems). In 2002, he worked at Emerson Climate Technology, managing industrial R&D projects and analyzing & devising solutions to product design, especially to mechanical noise and vibration in industrial air conditioning and refrigeration systems. During 2005 – 2006, he joined Johnson Electric as an Assistant Manager (R&D) leading a team of researchers and engineers for R&D projects of rotary machines. He was a member of Center Of Excellence (COE) in Johnson Electric. Academic and Professional Qualifications Academic Qualifications
Professional Qualifications
Career
Research Interests
Research and Academic Experiences
Teaching Experiences
Selected Recent Publications [1] S.K. Lau and S.K. Tang 2003 Active
control on sound transmission into an enclosure through a flexible boundary
with edges elastically restrained against translation and rotation, Journal
of Sound and Vibration 259(3), 701 – 710. [2] S.K. Lau and S.K. Tang 2003 Impacts of structural-acoustic coupling on the performance of energy density based active sound transmission control, Journal of Sound and Vibration 266(1), 147 – 170. [3] S.K. Lau and S.K. Tang 2001 Sound fields in a rectangular enclosure under active sound transmission control, The Journal of the Acoustical Society of America 110(2), 925 – 938. [4] S.K. Lau and S.K. Tang 2001 Active sound transmission control for a weak panel–cavity coupled system through a elastically supported flexible boundary, Proceedings of The Eighth International Congress on Sound and Vibration, Hong Kong, China, 169 – 176. [5] S.K. Lau and S.K. Tang 2000 Sound fields in a slightly damped rectangular enclosure under active control, Journal of Sound and Vibration 238(4), 637 – 660. [6] S.K. Lau and S.K. Tang 2000 Analysis of energy-density based active control of sound transmission in a weak coupled panel-cavity system, Proceedings of The Seventh Western Pacific Regional Acoustics Conference, Kumamoto, Japan, 497 – 500. [7] S.K. Lau and S.K. Tang 1999 A preliminary analysis on low frequency sound field inside an enclosed space under active control, Proceedings of ACTIVE 99, Fort Lauderdale, U.S.A., 753 – 764. [8] S.K. Lau and S.K. Tang 1998 Some investigations on energy-density based active noise control inside an enclosed space, Proceedings of the Acoustics & Vibration Asia '98, Singapore, 72 – 76. [9] Daniel P.C. Chan, S.K. Lau and W.K. Chow 1998 A novel smoke control system for tall atrium, Proceedings of the First International Symposium on Engineering Performance-Based Fire Codes, Hong Kong, 192 – 199. |