The Open University | United Kingdom
Peter Wheeler is a doctoral researcher at The Open University specializing in acoustics, psychoacoustics, and low-frequency noise control. He holds a bachelor’s degree in Audio Engineering and a master’s degree in Applied Acoustics, and has extensive professional experience as an Acoustic Consultant and Design Engineer in environmental and building acoustics. His research focuses on the effects of music noise, low-frequency control methods, and audio-induced vibrotactile sensations, culminating in investigations into exploiting the missing fundamental phenomenon for low-frequency noise mitigation at music events. Wheeler has contributed significantly to the field through published works in leading journals, including Applied Acoustics, and through presentations at international acoustics conferences. His research has influenced revisions to UK noise management guidance and led to the development of standardized music genre spectral data adopted by acoustic consultancies for noise prediction and evaluation. Additionally, he is in the process of patenting a digital signal processing algorithm utilizing the missing fundamental phenomenon to mitigate low-frequency noise while preserving auditory perception for event attendees. A member of the Institute of Acoustics, Wheeler continues to advance acoustic research by integrating psychoacoustic principles with practical noise management solutions, establishing himself as a leading contributor to innovations in environmental sound control. His work demonstrates a strong commitment to both scientific rigor and real-world application in acoustic engineering.
Profile: Scopus
Featured Publications
Application of Psychoacoustic Phenomena as a Method of Low Frequency Noise Control for Events, (2026) Applied Acoustics.
Investigating the Potential of Exploiting the Missing Fundamental Phenomenon for Low Frequency Noise Control at Music Events, (2026) Applied Acoustics.