University of Southampton

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

Cricket ball striking a bat at impact, highlighting contact point and performance-related acoustics. Image generated with AI by vectorizer88 via Adobe Stock.

So.27.4 – Impact sound in cricket, golf, baseball and tennis performance (with Hawk-Eye Innovations)

Soundscapes and Perception | Noise and Vibration Engineering

Image by Anete Lusina taken from https://www.pexels.com/photo/modern-vacuum-cleaner-washing-floor-in-flat-4792771/

Multi-Physics Investigation of Noise-Vibration and Mitigation Strategies for Next Generation Vacuum Cleaner Design

Project outline Modern vacuum cleaners face increasing consumer demands for quieter operation while maintaining superior cleaning performance and energy efficiency. The suction motor (electric) is the dominant contributor to overall system noise, […]