Fluids, Acoustics & Vibration Group

Overview

The Fluids, Acoustics & Vibration group focuses on the complex interplay between unsteady fluid flows, structural dynamics, and acoustic fields. Our research spans aeroacoustics, flow–structure interaction, and vibro-acoustic phenomena, with particular attention to systems where aerodynamic forces and structural responses give rise to sound or vibration. We aim to deepen fundamental understanding while also developing practical tools for noise prediction, control, and mitigation.

A central theme of our work is the integration of computational modelling, experimental diagnostics, and signal processing to study real-world engineering systems. We investigate the generation, propagation, and control of noise from airframe components, propellers, and emerging aerial platforms such as drones and urban air mobility vehicles. Our expertise includes advanced flow visualization, vibration analysis, and acoustic imaging using high-fidelity laboratory setups and numerical simulations.

In parallel, the group explores novel methods for noise control and structural optimization, including the use of metamaterials, bio-inspired geometries, and additive manufacturing. We develop data-driven and physics-based approaches for designing quieter, more efficient, and more resilient systems. Our research supports sustainable innovation across aerospace, transportation, energy, and the built environment—addressing the growing demand for low-noise, high-performance technologies.

Group Leaders 

Prof. Henry Rice - Professor 

Prof. Gareth Bennett - Professor in

Dr. Craig Meskell - Associate Professor 

Dr. John Kennedy - Associate Professor