Research project

Platform Grant: Structural acoustics

Project overview

The aim of this Platform Grant is to underpin the research activities in the ISVR in the area of Structural Acoustics, and to facilitate adventurous feasibility studies in the related area of biodynamic systems. Structural acoustics involves the analysis, modelling and control of noise and vibration of complex, built-up structures over a wide range of frequencies, typically the audio frequency band. Specific topic areas are smart structures for vibroacoustic control, high frequency structural dynamics, automotive noise and vibration, railway structural acoustics, dynamic behaviour of buried fluid-filled pipes and buried object location using acoustics, damage detection and human identification, and vibrations of nonlinear systems. Modelling techniques developed for structural-acosutic systems will be applied to the modelling of biodynamic systems, and paradigms from nature will be used to develop engineering solutions for vibroacoustic control.

Staff

Other researchers

Emeritus Professor Stephen Elliott

Research interests
  • connections between the physical world and digital signal processing
  • personal and zonal audio and modelling the active processes within the cochlear
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Professor Tim Waters

Head of Department
Research interests
  • Wave propagation in structures
  • Vibration control
  • Vibration based structural health monitoring
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Professor David Thompson MA PhD CEng FIMechE FIOA FHEA

Professor of Railway Noise and Vibration
Research interests
  • Low noise design in railways
  • Ground vibration and ground-borne noise
  • Aerodynamic noise from high-speed trains
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Professor Neil Ferguson PhD CEng FIOA FHEA

Research interests
  • Variability and uncertainty in Structural Dynamics
  • Wave models and their development for structural dynamics
  • Vibration in random and periodic media
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Collaborating research institutes, centres and groups

Research outputs