Noise and Vibration Engineering

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

A pedestrian with a prosthetic leg strides confidently down a busy urban street lined with tall buildings. Yellow taxis and a crowd of diverse individuals surround them in the vibrant atmosphere. Image generated with AI by Prostock-studio via Adobe Stock.

Sa.27.5 – The Sound and Vibration of Prosthetic Devices (with STAND)

Sound, Health and Accessibility | 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

Smoke and debris billow from a controlled ground explosion in an open grassy landscape.

Sh.27.7 Predicting Explosive Blast-induced Noise (with Blastech)

Energy and Environmental Sound | Noise and Vibration Engineering | UK or EU Nationals ONLY

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