Brian Patchett

Faculty Member

Dr. Brian Patchett

Biography

Brian Patchett is an Assistant Professor in the Physics Department at Utah Valley University. He earned his Bachelor of Science in Physics in 2017 and a Ph.D. in Physics (emphasis Acoustics) at Brigham Young University in 2022.

Dr. Patchett's education as both an undergraduate and graduate student was focused heavily on acoustics. Signal processing and analysis, experimental acoustic design in both anechoic and reverberant environments, and design of acoustic modeling algorithms in MATLAB and COMSOL comprise the bulk of his research experience. His Ph.D. was earned at Brigham Young University Physics and Astronomy Dept., where advanced acoustics courses in acoustic systems, fluid acoustics, room acoustics, and analysis of acoustic signals comprised the majority of the total course list. He is an active member of the Acoustical Society of America. His doctoral dissertation is a study in nonlinear acoustic focusing of finite amplitude sound utilizing time-reversal signal processing.

His current research through the Computational Acoustics, Signal Processing, and Experimental Research (CASPER) lab at UVU has applications in remote excitation of structures, nondestructive evaluations, covert communications, and generation of focused acoustic events exceeding 200 dB. There are also efforts underway to study neurological reactions to musical excitation and architectural acoustic investigations into modeling the road noise on the UVU/I-15 pedestrian bridge.

For information please contact by email_ [email protected]

Education

PhD, Brigham Young University, 2022

Major: Physics

BS, Utah Valley University, 2017

Major: Physics

Teaching

PHYS 2015

College Physics I Lab, Summer 2025

PHYS 2015

College Physics I Lab, Summer 2025

PHYS 2010

College Physics I PP, Summer 2025

PHYS 2010

College Physics I PP, Spring 2025

PHYS 3330

Computational Physics, Spring 2025

PHYS 1700

Descriptive Acoustics PP, Spring 2025

PHSC 1000

Survey of Physical Science PP, Spring 2025

Scholarly/Creative Works

Andersen, Bonnie , Sampson, Jacob , Settle, Isaac , Amin, Masood , Patchett, Brian D., "Sound levels on the UVU pedestrian bridge" . Melville, NY: Proceeding on Meetings of Acoustics.
Hogg, Michael M., Patchett, Brian D., Anderson, Brian E. , "Nonlinear waveform steepening in time reversal focusing of airborne, one-dimensional sound waves" . Melville, NY: Journal of the Acoustical Society of Americal.
Bacon, Ian C., Dobbs, Corey E., Allen, Matt S., Patchett, Brian D., "Characterizing the vibroacoustic response of pickleball paddles through impact testing and laser Doppler vibrometry" . Thousand Oaks, CA: Journal of Sports Engineering and Technology.
Patchett, Brian , Anderson, Brian E., Kingsley, Adam D., (2023) "Numerical modeling of Mach-stem formation in high-amplitude time-reversal focusing" (Issue: 5, vol. 153). Melville, NY: JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA. https://pubs.aip.org/asa/jasa/article/153/5/2724/2888157
Byrnes, Andrew , Rawson, Clayton , Patchett, Brian D, DeMille, Daniel , Halling, Merrill , (2023) "Oxygen impact and reactivity trials_ A new perspective on emergency response precautions" (Issue: 3, vol. 9). Amsterdam: Heliyon. https://doi.org/10.1016/j.heliyon.2023.e14474
Patchett, Brian , Anderson, Brian E., (2022) "Nonlinear characteristics of high amplitude focusing using time reversal in a reverberation chamber" (Issue: 6, vol. 151). Melville, NY: JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA. https://pubs.aip.org/asa/jasa/article/151/6/3603/2838291/Nonlinear-characteristics-of-high-amplitude