Prof. Dr. Qibai Huang is a professor
at Huazhong University of Science And Technology. In addition, he serves as the
Director of the Department of Mechanical Design and Automotive Engineering at
Huazhong University of Science and Technology, Executive Vice President of
Hubei Special Vehicle Research Institute, Member of the Academic and Degree
Evaluation Committee of the School of Mechanical Engineering, etc. He has led
and participated in many scientific research projects, such as research on
active sound absorption mechanism and acoustic characteristics of
electrorheological fluid based on biot theory, analysis techniques based on the
characteristics of distributed flow field excitation sources, research on
active sound absorption theory and control method of magnetorheological fluid
and so on. His research direction is mechanical and electrical system dynamics
and dynamic design, vibration and noise control, design and control of new
special purpose vehicles, and analysis and control of automotive NVH.
Research Keywords & Expertise
Vehicle Engineering
Mechanical design
mechanical system dyna...
Vibration and Noise Co...
Intelligent materials ...
Special vehicle and in...
Fingerprints
5%
Vibration and Noise Control
5%
Intelligent materials and structures
Short Biography
Prof. Dr. Qibai Huang is a professor
at Huazhong University of Science And Technology. In addition, he serves as the
Director of the Department of Mechanical Design and Automotive Engineering at
Huazhong University of Science and Technology, Executive Vice President of
Hubei Special Vehicle Research Institute, Member of the Academic and Degree
Evaluation Committee of the School of Mechanical Engineering, etc. He has led
and participated in many scientific research projects, such as research on
active sound absorption mechanism and acoustic characteristics of
electrorheological fluid based on biot theory, analysis techniques based on the
characteristics of distributed flow field excitation sources, research on
active sound absorption theory and control method of magnetorheological fluid
and so on. His research direction is mechanical and electrical system dynamics
and dynamic design, vibration and noise control, design and control of new
special purpose vehicles, and analysis and control of automotive NVH.