| Welcome to the Research Group WebSite of Prof.Weikang Jiang | 中文 |
Dr. Weikang Jiang is a distinguished professor of Shanghai Jiao Tong University(SJTU). He is the managing director of the Institute of Vibration, Shock & Noise, and a deputy director of the State Key Laboratory of Mechanical Systems & Vibration, at the School of Mechanical Engineering of SJTU. He is the chair of Technical Committee on Computational Acoustics of the Acoustics Society of China, the vice-chair of the committee of Environmental Acoustics of ASC, the chair of Technical Committee on Noise and Vibration Control of the Vibration Engineering Society of China, and the member of China National Technical Standardization Committee on Acoustics.
He received the B.Sc and Ph.D from SJTU in 1982 and 1990 respectively, and M.Sc from Shanghai Institute of Mechanical Engineering in 1987. From 1982 to 1984 he worked in Hudong Shipyard as a marine engineer. From 1990 to 1995 he taught in the Institute of Power Machinery in SJTU as a lecturer, associate professor, deputy director and the managing director respectively. In 1998 he promoted as a professor of the State Key Laboratory of Vibration, Shock and Noise, SJTU.
Professor Jiang lectured courses for undergraduate students including Mechanical Vibration, Noise reduction, Strength of Material, and courses for postgraduate students including Acoustics, Theories of Elasticity and plasticity, Advanced Dynamics, Numeric Computation Methods for Vibrational and Acoustical Problems, etc.
Dr. Jiang was engaged in automobile vibration and noise research in the vehicle research and experimental department of Isuzu Motors Corporation of Japan in 1995-1997. In 2003, he lead research of maglev transrapid noise of TVE lines in Germany and Shanghai lines in China. He was a visiting professor of the University of Southampton funded by the Royal Society of Engineering in 2011.
Professor Jiang's research interests are near field acoustic holography, beam forming, efficient numeric computation of acoustic problems, vib-acoustic problems, reduction of noise and vibration, NVH of various vehi... More>>
| 1.Methodology of acoustical array measurement: Acoustic imaging of aerodynamic and moving sources, intelligent acoustical signal processing |
| 2.Identification and reduction of acoustical noise sources: Identification and reduction of acoustical noise sources of machinery such as vehicles, ships, air-crafts, household appliances, etc. |
| 3.High-performance numerical procedures for acoustic simulation and reconstruction: Fast multi-pole boundary element methods for acoustic problems, isogeometric analysis finite element methods, virtual reconstruction of sound fields |
| 4.Physiological and psychological effects of noise: Physiological and psychological effects of noise vibration, analysis and control of acoustical and vibrational quality of machinery |
| 5.Duct Acoustics: Acoustic modal identification and sound source inversion in ducts, new concepts of materials and structures for acoustical absorption and noise reduction in ducts |
