Advancing the science of sound through mathematical modelling, aeroacoustics, underwater acoustics and engineering applications at the University of Lancashire.
Acoustics research at the University of Lancashire is undertaken within the John Tyndall Institute. Researchers apply advanced mathematical and computational techniques to understand how sound is generated, propagated, scattered and controlled in complex environments.
The University's acoustics expertise is particularly recognised in the field of mathematical acoustics, where theoretical and computational approaches are used to solve challenging problems in aerospace, underwater environments and electroacoustic engineering.
The LinkedIn Group Computational Acoustics has been created to connect the people interested in the computational acoustics field. You can also link to the LinkedIn profile Acoustics Research and Development.
A major focus of acoustics research at the University is the development of computational methods for understanding sound propagation and noise generation. Research combines applied mathematics, physics and engineering to address complex acoustic challenges across industry and science.
Investigation of noise generated by aircraft engines, rotating blades, jet flows and advanced propulsion systems. The LinkedIn Group Aeroacoustics has been created to connect the people interested in this area.
Research into sound propagation in marine environments, acoustic sensing and underwater monitoring technologies.
Development of analytical and engineering approaches for reducing unwanted sound and vibration.
Mathematical modelling and simulation of acoustic phenomena in complex systems.The LinkedIn Group Computational Acoustics has been created to connect the people interested in this area.
Research into loudspeaker systems, sound reproduction and acoustic device design. The LinkedIn Group Loudspeaker Design Analysis and Simulation has been created to connect the people interested in this area.
Analytical investigation of how sound travels through ducts, fluids and engineered structures.
Acoustics research at the University has contributed to understanding noise generation and sound propagation in aerospace systems, including modern aero-engines, turbine systems and advanced aircraft configurations.
Research has supported collaborations and projects linked to aerospace, defence, engineering and environmental applications.
The University's mathematical acoustics research has been led by specialists working on computational approaches to aeroacoustics, underwater acoustics and electroacoustic design. Their work has addressed challenges associated with aircraft engine noise, sound scattering, acoustic wave propagation and advanced engineering systems.
Research has included studies of fan-tone propagation, jet-noise prediction, blade-vortex interaction, open-rotor engines, transmission-line loudspeakers and acoustic monitoring systems.
Collaborative engineering and aerospace projects
Analytical and computational acoustics
Lancashire is home to one of the United Kingdom's largest aerospace clusters. The University's acoustics expertise contributes to knowledge relevant to aircraft noise reduction, advanced aerospace systems and engineering innovation.
Through the John Tyndall Institute , acoustics research forms part of a wider programme of internationally recognised work in mathematics, physics and astronomy, creating opportunities for interdisciplinary collaboration and technological advancement.