About the project
Be a part of a new and exciting field emerging within Acoustical Engineering and contribute to making our world less noisy and more sustainable! You will join a world-leading research team based within the Institute of Sound and Vibration Research (ISVR) at the University of Southampton. The ISVR was founded in 1963 and is a dedicated Institute for teaching and research in acoustical engineering and audiology.
This PhD research project aims to study the effects and usefulness of non-linear phenomena related to acoustic waves in acoustic metamaterial absorbers. The non-linear effects could involve acoustically induced turbulence, surface effects (e.g. roughness), mechanical contact, etc., ultimately leading to ultra-thin and ultra-broadband absorbers that could be used in a wide range of applications to reduce noise.
During your PhD, you will develop new analytical models and perform high-fidelity numerical simulations on the University’s high-performance computing cluster IRIDIS to analyse the performance of your absorber designs. You will validate your theoretical results in the high-end testing facilities available at the University of Southampton, such as one of the UK’s largest fully anechoic chambers or the brand-new aeroacoustic wind tunnel.
You will be part of the Signal Processing, Audio and Hearing Group of the ISVR, together with a diverse group of over 30 other PhD students offering numerous social activities. A healthy work-life balance is promoted, for example by supporting a flexible work from home policy or offering discounted memberships within the University’s outstanding sports facilities.
We will support you to present your research to a world-wide academic audience and develop your network. Funds are available to travel to international conferences in the areas of sound, vibration, and metamaterials. You will be able to receive technical training by attending world-class modules offered within the University as well as international summer schools.
