Aeroacoustics and Transport Noise

Wind tunnel experiment setup with researchers and airflow testing equipment. Photo credit: University of Bristol, Aerodynamics and Aeroacoustics Research Group.

Br.27.2 – Low-Frequency Acoustic Metamaterials for Aircraft Noise Reduction

Aeroacoustics and Transport Noise | Acoustic Materials and Metamaterials

Snapshot of the unsteady flow using lambda2 vortices colored by vorticity magnitude. Photo credit: Cornelia Kain and Frank Ullrich, BMW Group. Taken from the paper ""Simulation of Underbody Contribution of Wind Noise in a Passenger Automobile"" available at https://doi.org/10.4271/2013-01-1932

Br.27.3 – Quiet Efficiency: Reducing Wind Noise for Low Drag Cars (with JLR)

Aeroacoustics and Transport Noise | Noise and Vibration Engineering

Modern electric vehicle chassis with transparent wireframe body revealing battery and components; 3D engineering illustration. Photo credit: Yucel Yilmaz via Adobe Stock.

Sa.27.6 – Improving the Accuracy of Transfer Path Analysis for Prototyping Vehicles and other Engineering Structures (with Siemens)

Noise and Vibration Engineering | Aeroacoustics and Transport Noise | UK and EU nationals only

Rail noise map showing noise levels along a railway corridor in Sheffield. Photo credit: DEFRA.

Sh.27.2 Hush Rail 2: Sustainable urban railways without the noise nuisance (with British Steel)

Aeroacoustics and Transport Noise | Built Environment and Sound

Aerial view of a waterfront city skyline at dusk seen from a helicopter cockpit, with illuminated streets, high-rise buildings and shoreline. Image credit: Austin Neill via Unsplash

So.27.1 – Community noise prediction for eVTOL aircraft (with ARUP)

Soundscapes and Perception | Aeroacoustics and Transport Noise

Engineers stand beneath a large aircraft engine in a test facility. Photo credit: Rolls-Royce plc.

So.27.2 – Interstage Acoustic Liners for Ultra-high Bypass Ratio Aeroengines (with Rolls-Royce)

Aeroacoustics and Transport Noise | Noise and Vibration Engineering

Engineers inspect a large aircraft engine fan inside a testing facility. Photo credit: Rolls-Royce plc.

So.27.3 – High-Fidelity CFD for Fan/OGVs Broadband Noise Modelling (with Rolls Royce)

Aeroacoustics and Transport Noise | Noise and Vibration Engineering