About the Ray W. Herrick Laboratories
Mission: An institution dedicated to graduate education and engineering research with emphasis on technology transfer to industry.
Vision: Overcome barriers between knowledge creation, transfer, and utilization in engineering research, industry application, and graduate education.
The main technical areas are:
- Thermal Systems and Air Quality
- Noise and Vibration Control
- Electromechanical Systems: controls, signal processing, sensing, estimation,diagnostics and prognostics.
- Modeling of Human Response for Machine and System Optimization
Submissions from 2006
Measurement of Transmission Loss of Materials Using a Standing Wave Tube, J Stuart Bolton, Oliviero Olivieri, and Taewook Yoo
The Use of a Four-Microphone Standing Wave Tube to Estimate the Anisotropic Properties of Fibrous Noise Control Materials, J Stuart Bolton, Taewook Yoo, and Jonathan H. Alexander
Multi-Patch Near-Field Acoustical Holography and Spatial Resolution Enhancement, Moohyung Lee and J Stuart Bolton
Submissions from 2005
Porous Materials for Sound Absorption and Transmission Control, J Stuart Bolton
"Two-Microphone" Nearfield Acoustical Holography, J Stuart Bolton, Yong T. Cho, Hyu-Sang Kwon, and Yong-Joe Kim
Sound Transmission Throough Lined, Composite Panel Structures: Transversely Isotropic Poro-Elastic Model, J Stuart Bolton and Jeong-Woo Kim
Effect of Lining Anisotropy on Sound Attenuation in Lined Ducts, J Stuart Bolton, Jeong-Woo Kim, and Jonathan H. Alexander
The Correlation of the Performance of Duct Lining Materials with Their Normal Incidence Properties, J Stuart Bolton, Jeong-Woo Kim, Taewook Yoo, and Jonathan H. Alexander
Fan Noise Control by Enclosure Modification, Moohyung Lee, J Stuart Bolton, Taewook Yoo, Hiroto Ido, and Kenichi Seki
Prediction of Random Incidence Transmission Loss based on Normal Incidence Four-Microphone Measurements, Taewook Yoo, J Stuart Bolton, and Jonathan H. Alexander
Acoustic Radiation Modes of a Tire on a Reflecting Surface, Kiho Yum, Kwanwoo Hong, and J Stuart Bolton
Sound Radiation Control Resulting from Tire Structural Vibration, Kiho Yum, Kwanwoo Hong, and J Stuart Bolton
Submissions from 2004
Acoustical Visualization of a Refrigeration Compressor by Using Statistically Optimized Nearfield Acoustical Holography in Cylindrical Coordinates, J Stuart Bolton and Yong Thung Cho
Patch Near-field Acoustical Holography in Cylindrical Geometry, J Stuart Bolton and Moohyung Lee
Holographic Visualization of a Subsonic Jet, J Stuart Bolton, Moohyung Lee, and Luc Mongeau
Sound Radiation Modes of a Tire on a Reflecting Surface, J Stuart Bolton and Kiho Yum
Submissions from 2003
The Reduction of Tire/Road Interaction Noise, J Stuart Bolton
Analysis of Tire Vibration by Using a Hybrid Two-Dimensional Finite Element Based on Composite Shell Theory, J Stuart Bolton and Yong-Joe Kim
Partial Sound Field Decomposition in Multi-Reference Nearfield Acoustical Holography by Using Optimally-Location Virtual References, J Stuart Bolton and Yong-Joe Kim
Acoustical Modeling of Tensioned, Permeable Membranes, J Stuart Bolton and Jinho Song
Sound Absorption Characteristics of Membrane-Based Sound Absorbers, J Stuart Bolton and Jinho Song
Holographic Visualization of Noise Emissions from a Small Ducted Fan, Moohyung Lee, J Stuart Bolton, and Luc Mongeau
Submissions from 2002
The Implementation of Spherical Acoustical Holography, J Stuart Bolton, Yong Thung Cho, and Yong-Joe Kim
The application of the edge-constraint effect to nearly-realistic noise control applications, J Stuart Bolton and Bryan H. Song
Modeling of Membrane Sound Absorbers, J Stuart Bolton and Jinho Song
Hybrid Two-Dimensional Finite Element Model of Tires, Yong Joe Kim and J Stuart Bolton
Investigation of the Vibrational Modes of Edge-Constrained Fibrous Samples Placed in a Standing Wave Tube, Bryan H. Song and J Stuart Bolton
Submissions from 2001
Modeling Tire Treadband Vibration, J Stuart Bolton and Yong-Joe Kim
Numerical Modeling of the Damping Effect of Fibrous Acoustical Treatments, Ron W. Gerdes, Jonathan H. Alexander, Bryce K. Gardner, Heng-Yi Lai, and J Stuart Bolton
Submissions from 2000
Wave Number Domain Representation of Tire Vibration, J. Stuart Bolton and Yong-Joe Kim
Identification of Complex Dispersion Relations in Cylindrical, Foam-Lined Ducts, J Stuart Bolton, Yong-Joe Kim, Sung-Yop Lee, and Yeon-June Kang
The Use of Internal Constraints to Enhance the Sound Transmission Loss of Poroelastic Linings, J Stuart Bolton and Bryan H. Song
Enhancement of the Sound Transmission Loss of Poroelastic Linings, B. Heukjin Song and J Stuart Bolton
Visualization Techniques to Identify and Quantify Sources and Paths of Exterior Noise Radiated from Stationary and Nonstationary Vehicles, Hiroshi Stuart Takata
Submissions from 1999
An Efficient Procedure for Visualizing the Sound Field Radiated by Vehicles During Standardized Passby Tests, J Stuart Bolton, Hyungseok Kook, Gregory B. Moebs, and Patricia Davies
Effect of Circumferential Edge Constraint on the Transmission Loss of Glass Fiber Materials, J. Stuart Bolton, Bryan Song, and Yeon June Kang
The Design and Evaluation of Microphone Arrays for the Visualization of Noise Sources on Moving Vehicles, Hyungseok Kook, Patricia Davies, and J Stuart Bolton
Transfer Matrix Approach to the Estimation of the Fundamental Acoustical Properties of Noise Control Materials, Bryan H. Song and J Stuart Bolton
Submissions from 1998
Development of Axisymmetric Finite Elements for Poroelastic Materials, J Stuart Bolton, Yeon June Kang, In Hwa Jung, and Bryce K. Gardner
Partial Field Decomposition in Near-field Acoustical Holography by the Use of Singular Value Decomposition and Partial Coherence Procedures, J. Stuart Bolton and Hyu-Sang Kwon
Nearfield Acoustical Holography Applied to Sound Radiation From Tires, J. Stuart Bolton, Hyu-Sang Kwon, and Darren L. Hallman
Optimization of Acoustical Systems Incorporating Fibrous Elements for Sound Absorption, J Stuart Bolton, Kevin H.-Y. Lai, and Jonathan H. Alexander
Structural Damping by the Use of Fibrous Blankets, J. Stuart Bolton, Kevin H.-Y. Lai, and Jonathan H. Alexander
The Wave Number Decomposition Approach to the Analysis of Tire Vibration, J. Stuart Bolton, Heuk Jin Song, and Yoon Ki Kim
The Use of Poro-Elastic Finite Elements to Model the Structural Damping Effect of Fibrous Acoustical Treatments, Ron W. Gerdes, Johnathan H. Alexander, Bryce K. Gardner, Heng-Yi Lai, and J Stuart Bolton
Submissions from 1997
Plane Wave Reflection Coefficient Estimation by Use of Spatial Parametric Signal Modeling, J. Stuart Bolton and Hyu-Sang Kwon
A Comparison of Partial Coherence and Singular Value Partial Field Decomposition in the Context of Nearfield Acoustical Holography, J. Stuart Bolton, Hyu-Sang Kwon, and J. K. Hammond
Layered Fibrous Treatments for Sound Absorption and Sound Transmission, J. Stuart Bolton, Heng-Yi Lai, Srinivas Katragadda, and Jonathan H. Alexander
Submissions from 1996
Enhancement of the Transmission Loss of Panel Structures Through the Application of Segmented, Resonant Foam Attachments, J. Stuart Bolton and Yeon June Kang
Extension of the Receptance Technique to Accommodate Distributed Connections, Bryce K. Gardner and J Stuart Bolton
The Effect of Edge Constraints on the Surface Normal Impedance of Layers of Elastic Porous Materials, N.-M. Shiau, W. Desmet, and J Stuart Bolton
Submissions from 1995
Correlation of Tire Intensity Levels and Passby Sound Pressure Levels, J Stuart Bolton, Henry R. Hall, Richard F. Schumacher, and Jeffrey Stott
Finite Element Models for Sound Transmission through Foam Wedges and Foam Layers Having Spatially Graded Properties, J. Stuart Bolton and Yeon June Kang
A Model for Sound Absorption by and Sound Transmission Through Limp Fibrous Layers, J Stuart Bolton, Srinivas Katragadda, and Heng-Yi Lai
Submissions from 1994
Nearfield Acoustical Holography for the Visualization of Interior Sound Fields, J Stuart Bolton and Darren L. Hallman
The Application of Nearfield Acoustical Holography to Locate Sources in Enclosed Spaces Exhibiting Acoustic Modal Behavior, Darren L. Hallman, J Stuart Bolton, Lynn B. Long, and Hiroshi Takata
Submissions from 1993
Cancellation of Radiated Sound Fields by the Use of Multipole Secondary Sources, Thierry A. Beauvilain and J Stuart Bolton
“Smart” Foams for Active Absorption of Sound (written version), J Stuart Bolton and Edward R. Green
"Smart" Foams for Active Absorption of Sound, E. R. Green and J Stuart Bolton
The Modeling of Anisotropic Fuselage Lining Material, Yeon June Kang and J Stuart Bolton
Submissions from 1992
Multipole Sources for Cancellation of Radiated Sound Fields, J. Stuart Bolton and T. A. Beauvilain
Multi-Reference Nearfield Acoustical Holography, J. Stuart Bolton and Darren Hallman
A Discrete Implementation of a Hankel Transform Technique for Predicting Multipole Sound Propagation over Plane Absorbing Surfaces, J Stuart Bolton and Z. Hu
Experimental design of a low noise centrifugal fan, J Stuart Bolton and Peter Konieczny
Transmission Loss of Perforated Screen at High Frequencies, J Stuart Bolton, Zheji Liu, and Peishuh Wang
The Spatial and temporal Responses of Fluid-Loaded, Line-Driven Panel Structures, J Stuart Bolton and Thomas J. Wahl
The Use of the Discrete Fourier Transform to Calculate the Spatial Response of Line-Driven, Layer-Wise Homogeneous Acoustically-Loaded Panels, J Stuart Bolton and Thomas J. Wahl
The Use of the Fast Hankel Transform for Sound Radiation Calculations with Application to the Prediction of Sound Radiation from an Arbitrarily Positioned Multipole Placed Near a Plane Reflecting Surface, Zqiang Hu and J Stuart Bolton
Sound Transmission through Stiffened Double-Panel Structures Lined with Elastic Porous Materials, Gopal P. Mathur, Boi N. Tran, J Stuart Bolton, and Nae-Ming Shiau
Submissions from 1991
The Use of Non-Cylindrically-Symmetric Sources in the Holographic Measurement of Plane Wave Reflection Coefficients, J Stuart Bolton and Ziqiang Hu
Submissions from 1990
A broadband noise prediction scheme for low-noise centrifugal blowers, Peter Konieczny and J. Stuart Bolton
The Damping of Panels by Thick Layers of Elastic Porous Media, Nae-Ming Stuart Shiau, T J. Wahl, and J Stuart Bolton
The Use of the Discrete Fourier Transform to Calculate the Spatial Response of Damped Panels, Thomas J. Wahl and J Stuart Bolton
Submissions from 1988
The Use of Intensity Techniques for Noise Source Identification in Small Machinery, Urs D. Dietschi and J Stuart Bolton
Submissions from 1987
In-Duct Measurement of Turbocharger Noise, William L. Krasson and J Stuart Bolton
Submissions from 1986
The Acoustic Absorption Characteristics of Modern Lightweight Building Constructions: Background and Infinite Double Panel Model, Neil C. Baines and J Stuart Bolton
Acoustic Energy Propagation in Noise Control Foams: Approximate Formulae for Surface Normal Impedance, J. Stuart Bolton and E. R. Green
Submissions from 1985
Normal Incidence Absorption Properties of Single Layers of Elastic Porous Materials, J Stuart Bolton
Submissions from 1984
An Improved Technique for the Valuation of Structural Dynamic Response, J Stuart Bolton and M.D.C. Dyne
Submissions from 1983
The Effect of Angularly Varying Absorption Coefficients on Sound Fields in Disproportionate Spaces, Neil C. Baines and J Stuart Bolton
Submissions from 1982
Sound Absorption by Double Panel Factory Roof Constructions, J Stuart Bolton and Neil C. Baines