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 2021
Poro-Elastic Materials and the Control of Low Frequency Sound, J Stuart Bolton
A Poro-Elastic Model for Activated Carbon Stacks, Zhuang Mo, Tongyang Shi, Seungkyu Lee, Yongbeom Seo, and J. Stuart Bolton
Acoustical Investigation of Aerogel Granules Modeled as a Layer of Poroelastic Material, Yutong Xue, Amrutha Dasyam, J Stuart Bolton, and Bhisham Sharma
A Constrained Optimal Hear-Through Filter Design Approach for Earphones, Yongjie Zhuang and Yangfan Liu
Submissions from 2020
Investigation of the Split in the Fundamental Air-Cavity Mode of Loaded Tires, Won Hong Choi and J Stuart Bolton
Prediction of Split in Fundamental Air-Cavity Mode of Loaded Tires based on Experimental Observations and Computational Simulations, Won Hong Choi and J Stuart Bolton
Noise Source Identification and Noise Directivity Analysis of Bladeless Fans by Combined CFD and CAA Method, Ang Li, Jun Chen, Yangfan Liu, J Stuart Bolton, and Patricia Davies
Noise Control Concept Verification for a Ducted Fan System, Weimin Thor and J Stuart Bolton
Acoustical characteristics of segmented plates with contact interfaces, Srinivas Varanasi, Thomas Siegmund, and J Stuart Bolton
The Acoustics of the “Clapping Circle” at Purdue University, Elspeth A. Wing, Steven J. Herr, Alexander D. Petty, Alexander K. Dufour, Frederick H. Hoham, Morgan E. Merrill, Donovan W. Samphier, Weimin Thor, Kushagra Singh, Yutong Xue, Davin H. Huston, and J Stuart Bolton
Low Frequency Absorption Enhancement by Modification of Poro-Elastic Layered Sound Package, Yutong Xue and J Stuart Bolton
Development and Application of Dual Form Conic Formulation of Multichannel Active Noise Control Filter Design Problem in Frequency Domain, Yongjie Zhuang and Yangfan Liu
A Sub-band Filter Design Approach for Sound Field Reproduction, Yongjie Zhuang, Guochenhao Song, and Yangfan Liu
Singular Vector Filtering Method for Disturbance Enhancement Mitigation in Active Noise Control Systems, Yongjie Zhuang, Xuchen Wang, and Yangfan Liu
Submissions from 2019
Poro-elastic Materials and the Control of Low Frequency Sound, J Stuart Bolton
A Laboratory Procedure for Measuring the Dispersion Characteristics of Loaded Tires, Won Hong Choi, J Stuart Bolton, Dan Haakenson, and Matthew Black
Localization of Noise Sources in an Outdoor HVAC Unit by using the Arbitrary Source Location Method in Combination with Wideband Acoustical Holography, WeSaam Lepak, Weonchan Sung, Tongyang Shi, Yangfan Liu, Weimin Thor, Patricia Davies, and J Stuart Bolton
Influence of Geometric Parameters on Aerodynamic and Acoustic Performances of Bladeless Fans, Ang Li, Jun Chen, Yangfan Liu, J Stuart Bolton, and Patricia Davies
A Review of Theories for Sound Transmission through Infinite Double Panels and Identification of Asymptotic Behavior, Zhuang Mo and J Stuart Bolton
The Identification of Minimum Weight Sound Packages That Meet Specified Vehicle Interior Sound Pressure Levels, Hyunjun Shin and J Stuart Bolton
A Comparison of Near-Field Acoustical Holography Methods Applied to Noise Source Identification, Tongyang Shi and J Stuart Bolton
Near-Field Acoustical Holography Incorporating Compressive Sensing, Tongyang Shi, Weimin Thor, and J Stuart Bolton
Sound Quality Evaluation of Refrigerated Truck Noise, Weonchan Sung, Patricia Davies, and J Stuart Bolton
Source Identification of a Bladeless Fan by using SONAH in Cylindrical Coordinates, Weimin Thor, J Stuart Bolton, and Tongyang Shi
Design of Lightweight Fibrous Vibration Damping Treatments to Achieve Optimal Performance in Realistic Applications, Yutong Xue, J Stuart Bolton, and Thomas Herdtle
Structural Damping by Layers of Fibrous Media Applied to a Periodically-Constrained Vibrating Panel, Yutong Xue, J Stuart Bolton, Thomas Herdtle, Seungkyu Lee, and Ronald W. Gerdes
The Acoustical Coupling of Poro-Elastic Media in a Layered Structure based on the Transfer Matrix Method, Yutong Xue, J Stuart Bolton, and Yangfan Liu
Digital Signal Processing for Laser Printer Noise Source Detection and Identification, Yutong Xue, Nicholas Kim, Xihui Wang, Jan Allebach, J Stuart Bolton, George Chiu, Patricia Davies, Katy Ferguson, David Kaisle, and Mark Shaw
Study on theCone Programming Reformulation of Active Noise Control Filter Design in the Frequency Domain, Yongjie Zhuang and Yangfan Liu
Submissions from 2018
Future Trends in Noise Control Technology, J Stuart Bolton
Finite Element Study of Acoustic Mode Force Transmission in a Loaded, Structural-Acoustical Tire Model, Rui Cao and J Stuart Bolton
Tire Cavity Induced Structure-Borne Noise Study with Experimental Verification, Rui Cao and J Stuart Bolton
A Study of the Frequency and Shape Dependency of Acoustic Radiation Modes, Jiawei Liu, Yangfan Liu, and J Stuart Bolton
Weight Minimization of Automotive Sound Packages in the Presence of Air Leaks, Hyunjun Shin and J Stuart Bolton
Separation of Closely-Spaced Acoustics Sources in an Under-Determined System with Convex Optimization, Tongyang Shi and J Stuart Bolton
Noise Source Identification in an Under-Determined System by Convex Optimization, Tongyang Shi, Yangfan Liu, and J Stuart Bolton
Revisiting Broner’s 1978 JSV paper: THE EFFECTS OF LOW FREQUENCY NOISE ON PEOPLE, Weonchan Sung
Sound Quality Evaluation of Residential HVAC&R Equipment, Weonchan Sung, Patricia Davies, and J. Stuart Bolton
Four-Microphone Measurement of Transmission Loss of Automotive Door Seals: Improved Correction Factor, Weimin Thor, Zhuang Mo, and J Stuart Bolton
Truncated Singular Value Decomposition Method for Mitigating Unwanted Enhancement in Active Noise Control Systems, Xuchen Wang, Yangfan Liu, and J. Stuart Bolton
Fibrous Material Microstructure Design for Optimal Structural Damping, Yutong Xue and J Stuart Bolton
A Comparison between Glass Fibers and Polymeric Fibers when Serving as a Structural Damping Medium For Fuselage-like Structures, Yutong Xue, J Stuart Bolton, Thomas Herdtle, Seungkyu Lee, and Ronald W. Gerdes
Submissions from 2017
Microperforates: A Review, J Stuart Bolton
Vibration Analysis of a Two-Dimensional Tire Cross-Section Model, Rui Cao and J Stuart Bolton
Experimental Measurements of Binder Wave Speeds using Wavenumber Decomposition, Caleb R. Heitkamp, Jacob K. Miller, Anna Loehr, J Stuart Bolton, and Jeffrey F. Rhoads
Numerical Modelling of the Acoustics of Low Density Fibrous Media having a Distribution of Fiber Sizes, Thomas Herdtle, Yutong Xue, and J Stuart Bolton
Lightweight Absorption and Barrier Systems Comprising N-Layer Microperforates, Nicholas N. Kim and J Stuart Bolton
Array-based Inhomogeneous Soundwave Generation to Enhance Sound Transmission into Solids, Trevor A. Kyle, Daniel C. Woods, Rahul Tiwari, Jeffrey F. Rhoads, and J Stuart Bolton
Holographic Visualization of a Low Speed Jet, Moohyung Lee and J Stuart Bolton
The Application of Microperforated Panels in Duct Systems, Seungkyu Lee, Thomas P. Hanschen, and J Stuart Bolton
The Application of Acoustic Radiation Modes to Engine Oil Pan Design, Jiawei Liu, Yangfan Liu, and J Stuart Bolton
Weight Minimization of Noise Treatments by Balancing Absorption and Transmission Performance, Hyunjun Shin and J Stuart Bolton
A Comparison of Two Equivalent Source Methods for Noise Source Visualization, Tongyang Shi, Yangfan Liu, and J Stuart Bolton
Diesel Engine Noise Source Visualization with Wideband Acoustical Holography, Tongyang Shi, Yangfan Liu, J. Stuart Bolton, Frank Eberhardt, and Warner Frazer
Descriptors of Sound from HVAC&R Equipment, Weonchan Sung, Patricia Davies, and J Stuart Bolton
Results of a Semantic Differential Test to Evaluate HVAC&R Equipment Noise, Weonchan Sung, Patricia Davies, and J Stuart Bolton
A Desktop Procedure for Measuring the Transmission Loss of Automotive Door Seals, Weimin Thor and J Stuart Bolton
Experiments on the Low Frequency Barrier Characteristics of Cellular Metamaterial Panels in a Diffuse Sound Field, Srinivas Varanasi, J Stuart Bolton, and Thomas Siegmund
Fibrous Material Microstructure Design for Optimal Damping Performance, Yutong Xue and J Stuart Bolton
Prediction of Airflow Resistivity of Fibrous Acoustical Media having Double Fiber Components and a Distribution of Fiber Radii, Yutong Xue, J Stuart Bolton, Ronald W. Gerdes, Seungkyu Lee, and Thomas Herdtle
Submissions from 2016
Computational Investigation of Microperforated Materials: End Corrections, Thermal Effects, and Fluid-Structure Interaction, J Stuart Bolton, Thomas Herdtle, and Nicholas N. Kim
Loading Effect on Tire Noise Radiation, Rui Cao and J Stuart Bolton
Response of a Shell Structure Subject to Distributed Harmonic Excitation, Rui Cao and J Stuart Bolton
Revisiting Applegate and Croker’s 1976 NCEJ paper: Reducing the Noise of a Rotary Lawn Mower Blade, Daniel J. Carr
Noise Source Identification based on an Inverse Radiation Mode Procedure, Jiawei Liu, Yangfan Liu, and J Stuart Bolton
Experimental Investigation of the Use of Equivalent Sources Model in Room Acoustics Simulations, Yangfan Liu and J Stuart Bolton
Localized Heating Near a Rigid Spherical Inclusion in a Viscoelastic Binder Material Under Compressional Plane Wave Excitation, Jesus O. Mares, Daniel C. Woods, Caroline E. Baker, Steven F. Son, Jeffrey F. Rhoads, J Stuart Bolton, and Marcial Gonzalez
The Use of Wideband Acoustical Holography for Noise Source Visualization, Tongyang Shi, Yangfan Liu, and J Stuart Bolton
A Methodology to Modify Steady State Heating, Ventilating, Air Conditioning and Refrigeration Equipment Noise, Weonchan Sung, Patricia Davies, and J Stuart Bolton
Enhanced Acoustic Transmission into Dissipative Solid Materials through the Use of Inhomogeneous Plane Waves, Daniel C. Woods, J Stuart Bolton, and Jeffrey F. Rhoads
The Construction of Acoustic Waveforms from Plane Wave Components to Enhance Energy Transmission into Solid Media, Daniel C. Woods, J Stuart Bolton, and Jeffrey F. Rhoads
Submissions from 2015
Point Excitation of a Coupled Structural-Acoustical Tire Model with Experimental Verification, J Stuart Bolton and Rui Cao
Effect of Orientation of Fibers on the Acoustical Properties of a Natural Material, J Stuart Bolton and Shahb Fatima
Microperforated Films as Duct Liners, J Stuart Bolton and Nicholas Kim
Design of an Acoustic Silencer with Microperforated Elements Considering Flow Effects, J Stuart Bolton and Seungkyu Lee
Study of an Axial Fan Combined with a Microperforated Duct, J Stuart Bolton and Seungkyu Lee
Improved Model for Coupled Structural-Acoustic Modes of Tires, Rui Cao and J. Stuart Bolton
Structural Damping by the Use of Fibrous Materials, Nicholas N. Kim, Seungkyu Lee, J. Stuart Bolton, Sean Hollands, and Taewook Yoo
The application of microperforated material to control axial fan noise, Seungkyu Lee and J Stuart Bolton
Perception of Diesel Engine Gear Rattle Noise, Brandon Sobecki, Patricia Davies, J Stuart Bolton, and Frank Eberhardt
Low-Frequency Energy Transmission across Material Interfaces using Incident Evanescent Waves, Daniel C. Woods, J Stuart Bolton, and Jeffrey F. Rhoads
Stress and Energy Transmission by Inhomogeneous Plane Waves into Dissipative Media, Daniel C. Woods, J Stuart Bolton, and Jeffrey F. Rhoads
Use of Evanescent Plane Waves for Low-Frequency Energy Transmission Across Material Interfaces, Daniel C. Woods, J Stuart Bolton, and Jeffrey F. Rhoads
Submissions from 2014
Visualization of Automotive Power Seat Slide Motor Noise, J Stuart Bolton and Yong T. Cho
Optimization of Multi-Layer Microperforated Systems for Absorption and Transmission Loss, J Stuart Bolton and Nicholas Kim
Computational investigation of microperforated materials: end corrections, thermal effects and fluid-structure interaction, J Stuart Bolton, Nicholas Kim, and Thomas Herdtle
Design of Multi-Chamber Silencers with Microperforated Elements, J Stuart Bolton, Seungkyu Lee, and Paul A. Martinson
Enhancement of the low frequency performance of thin, film-faced layers of foam by surface segmentation, J Stuart Bolton, Benoit Nennig, and Nicolas Dauchez
Improved model for coupled structural-acoustics modes of tires, Rui Cao, Nicholas Sakamoto, and J Stuart Bolton
Effect of Thermal Losses and Fluid-Structure Interaction on the Transfer Impedance of Microperforated Films, Thomas Herdtle and J Stuart Bolton
Optimal Design of Multi-Layer Microperforated Sound Absorbers, Nicholas Kim, Yutong Xue, and J Stuart Bolton
Simulation of Gear Rattle to Aid in the Development of Sound Quality Metrics for Diesel Engine Component Specification, Brandon Sobecki, Patricia Davies, and J Stuart Bolton
Random incidence transmission loss of a metamaterial barrier system, Srinivas Varanasi, J Stuart Bolton, and Thomas Siegmund
Methods of Increasing Net Work Output of Organic Rankine Cycles for Low-Grade Waste Heat Recovery, Brandon J. Woodland, James E. Braun, Eckhard A. Groll, and W Travis Horton
Overview of Dr. L. L. Beranek's 2006 paper on Analysis of Sabine and Eyring Equations and their Application to Concert Hall Audience and Chair Absorption, Daniel C. Woods