Teaching and research can be divided into two categories: basic theoretical research on vibration and noise problems and application research on control technology. Its content covers vibration and noise of mechanical equipment in industrial production, acoustic environment in buildings, vibration and noise, vibration and noise of transportation vehicles, vibration and noise of living environment, etc.; the medium for transmitting vibration and sound waves extends to air, water and structure. The specific research projects and directions are:

• The generation mechanism and control of vibration and noise sources
  • Car tire/road noise and tread design
  • Power flow of vibration and noise sources of heavy machinery
  • Diagnosis of vibration and noise sources in building machinery rooms
• Physical phenomenon of vibration and noise
  • Architectural acoustics
  • Underwater acoustics
  • Structural Acoustics
  • Aeroacoustics
  • Fluid-solid coupling
• Vibration and noise control
  • acoustic barrier design analysis measurement
  • Performance testing of sound insulation and sound reduction settings
  • Active noise control
  • Vibration isolation pad design analysis test
  • Acoustic performance test and improvement design of sound-absorbing/sound-insulating materials
• Vibration and noise transmission and propagation prediction
  • Statistical energy method application
  • Application of stress wave method
  • Application of finite element method
  • Application of boundary element method
  • Wheel-rail vibration and noise prediction
• Ergonomics and comfort
  • Environmental vibration and noise regulations and standards
  • Human body's response to vibration
  • Vibration comfort of rail vehicles
• Modal analysis and system identification
• Design study on preventive measure sets of vibration and noise
• Vibration analysis and control of automobiles, rail vehicles, ships, and aerospace vehicles
• Monitoring and diagnosis of vibration and noise
• Building and factory indoor sound field analysis and control