The Larry and Julia Royster Student Scholarship Award
The Larry and Julia Royster Scholarship Award is made possible through a generous contribution by Larry and Julia Royster. The award is made by the Acoustical Society of America after a poster competition is conducted by one or two Regional or Student Chapters each year.
Competition entrants must be full-time graduate students enrolled in a program involving acoustics or senior undergraduate students expecting to enroll in such a program who present posters on Hearing Conservation or Noise Control topics including Education, Sound Surveys, Engineering and Administrative Controls, Hearing Protection, Audiometric Evaluations.
The full details and rules on holding a Royster Competition can be found in the following document: Royster Student Scholarship Award Program
Larry and Julia Royster with North Carolina Poster Competition Participants
Recipients have been:
- 2003
Patricio Ravetta, Virginia Tech,
Phased Array Technology Development at Virginia Tech, Concept and Application to Landing Gear Noise
- 2004
Kyle Schwartz, Virginia Tech,
Natural Hearing Restoration for Encapsulating Helmets
Nerissa McCoy, Virginia Tech,
Acoustical Design of Restaurants
- 2005
Noah Schiller, Virginia Tech,
Numerical simulation of an aircraft style panel excited by a random pressure field
Om Deshmukh, University of Maryland,
Speech enhancement using modified phase opponency model
- 2006
Steven Lovestedt and Jared Thomas, Brigham Young University
Active noise control for multiple stationary sinusoids in helicopter noise
Rahul Kadam, Virginia Tech
Computational Model for Vibro-Acoustic Simulation of a Pneumatic Chipping Hammer
- 2007
Lisa J. Burton, Duke University
Acoustic performance of sound attenuating ducts utilizing spatially periodic area changes with absorbing material
- 2008 – No Award
- 2009
Qing Yang, University of Florida
Zachary Collins, Brigham Young University
Interior Fourier Near-field Acoustical Holography Using Energy Density
- 2010
Tom-Davy Saux, Virginia Tech,
Active Noise Control of a Portable Generator Set
- 2011
Ryan Harne, Virginia Tech
A study of the concurrent attenuation of and energy harvesting from surface vibrations
Alan T. Wall, Brigham Young University
Military Jet Noise: Near-field Acoustical Holography of the F-22 Raptor
- 2012
Andy Christian, Pennsylvania State University
Towards a Consistent Near-Airport Flight Procedure Optimization Algorithm for Noise Mitigation
- 2013
Ravish Mehra, University of North Carolina, Chapel Hill
Wave-Ray Coupling for Interactive Sound Propagation in Large Complex Scenes
Vijaya N. S. Sriram Malladi, Virginia Tech
Characterization of acoustic emissions with ambient noise using a novel Continuous Acoustic Scanning Technique (CAST)
- 2014
Blaine Harker and Brent Reichman, Brigham Young University
Quantifying the Impulsive Nature of Jet Noise
- 2015
Cody Elston, Rush University
Effects of Varying Rates of Speech on Comprehension and Memorization for Young Adults
Ni Sui, North Carolina State University
Method attaching a metamaterial to a honeycomb structure achieve strong low-frequency sound blockage with very light weight
- 2016
Kieren H. Smith, Brigham Young University
Preserving Musician Hearing at BYU
Nicholas Morales, University of North Carolina at Chapel Hill
Acoustic Material Optimization
- 2017
Atul Rungta, University of North Carolina at Chapel Hill
Diffraction Kernels for Interactive Sound Propagation
Nikhil JRK Gerard, North Carolina State University
Acoustic Metasurface for Planar Sound Shielding.
- 2018
Brian Patchett, Brigham Young University
Shockwave Generation Using Time Reversal Acoustics to Test Hearing Protection Equipment
Kevin Leete, Brigham Young University
Coherence Analysis of the Simulated Sound Field from a Highly-heated Supersonic Jet
- 2019
Kieren H. Smith, University of Nebraska-Lincoln
Relationship of time-logged acoustic conditions in K-12 classrooms with other environmental parameters
- 2020
Chongqing University
Acoustic design of waterscape and their application in psychological rehabilitation
Miqing Wang,
Nanyang Technological University
Optimal ANC System Arrangement Based on Complete System Analyses Applying COSMOL Multiphysics and MATLAB