Official ASME Group

Noise Control & Acoustics Division

The Noise Control and Acoustics Division (NCAD) objectives are to establish a program within ASME that will encourage, focus and further the development and application of noise control and acoustics...
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Honors & Awards

Society Level Awards

Division Level Awards  

             2020 - Professor Kon-Well Wang,  "Vibration and Noise Control Harnessing Reconfigurable Modular Metastructures"

             2019 - Professor Earl H. Dowell, "Theoretical and experimental models for fluid structure interaction:  Correlation is the key"
             2018 - Professor Roger Ohayon, Computational Vibroacoustics in low and medium frequency bands
             2017 - Dr. Chris Fuller, Acoustic Meta Materials
             2016 - Dr. Victor Sparrow, Two Approaches to reduce the noise impact of overland civilian supersonic flight
             2015 - Dr. J. Inman, Good Vibrations:  Low Power Energy Harvesting
             2014 - Dr. Mardi Hastings, Going underwater with acoustic resonators and waveguides
             2013 - Dr. Eric Ungar, Walking-induced Vibrations in Buildings: Evaluation and Prediction
             2012 - Dr. Philip J. Morris, Jet noise prediction - a historical perspective and future directions
             2011 - Dr. Andrew Norris, Metamaterials in Acoustics and Vibration: From Theory to Practice
             2010 - Dr. Ted Farabee, Acoustics from External Flow-Structure Interactions
             2009 - Dr. Scott Sommerfeldt, Global Attenuation of Acoustic Fields Using Energy-Based Active Control  Techniques
             2008 - Martin Pollack, A History of ASME Noise Control and Acoustics Division (NCAD)
             2007 - Robert Schlinker, Putting it all Together - The Technology stages in the Design of PropulsionSystems   for Noise
             2006 - Donald Thompson, A Systems Approach to Noise Mitigation Strategies
             2005 - Robert Clark, Structural Acoustics from Macro to Micro
             2004 - Hafiz M. Atassi, Fluid-Structure Interaction and Acoustics
             2003 - Earl G. Williams, Fourier Acoustics: Uncovering the Origins of Sound
             2002 - Ilene Busch-Vishniac, The Big Problems Remaining in Transduction
             2001 - Jerry H. Ginsberg, Variational Solutions: What Rayleigh and Ritz Did Not Tell Us
             2000 - William K. Blake, Quiet Flow: Emerging Design Methods
             1999 - Adnan Akay, Acoustics of Friction
             1998 - Gary H. Koopmann, Designing Quiet Structures - Virtually
             1997 - Michael S. Howe, Rayleigh Conductivity
             1996 - Peter A. Nelson, Controlled Interference of Acoustic Fields
             1995 - Maurice M. Sevik, Information Extraction from the Scattered Acoustic Field of Waterborne Structures
             1994 - C. Dan Mote, Jr., Surprises in Axially Moving Material Dynamics
             1993 - David G. Crighton, The High-Speed Many-Bladed Propeller: Asymptotic Theory for its Acoustic Field
             1992 - Alan D. Pierce, Progressive Waves: The Modern Evolution and Refinement of One of the
                          Most Basic Concepts in Acoustics
             1991 - David Feit, Structural Acoustics from Lord Rayleigh to the Present
             1990 - David T. Blackstock, Nonlinear Acoustics
             1989 - Sir Michael James Lighthill, Biomechanics of Hearing Sensitivity
             1988 - Allan Powell, Elements of Flow Noise from Rayleigh to Today
             1987 - Miguel C. Junger, From the Finite to the Boundless: Acoustics of Very Large Systems
             1986 - J. E. Ffowcs Williams, Computer Aided Silence
             1985 - K. Uno Ingard, Acoustics in Physics and Mechanical Engineering

  • NCAD Tutorial

             2019 - Professor William J. Parnell, "Acoustic and hyperelastic metamaterials and phononic media - stretching the truth?"
             2018 - Charlie Zheng, "Time-domain simulation of multi-physics sound propagating in complex media and environments"
             2017 - Massimo Ruzzene, "Symmetry and Reciprocity Breaking in Electromechanical Metamaterials and Structural Lattices"
             2016 - Miao Yu, "Acoustic Sensing Technologies"
             2015 - Teik Lim, "Modeling, Analysis and Control of High-Speed Precision Gear Dynamics"
             2014 - Andrew Norris, "Control of sound with periodic structures"
             2013 - Michael Jonson, "Dynamometry Tutorial"
             2012 - Noureddine Atalla and Raymond Panneton, "Noise Control Materials"  Characterization and Modeling"
             2011 - Amanda Azman, "Noise and Hearing Loss Prevention"
             2010 -
             2009 - Steve Hambric  and Sue Sung, "Structural-Acoustics. " Fundamentals" and "Acoustic Finite Element Analysis and Automotive Applications"
             2008 - Martin Pollack, "A history of the Noise Control & Acoustic Division (NCAD)"
             2007 -  Jose Sanchez-Dehesa, "Phononic Crystals:  Towards the Full Control of Elastic Waves Propagation"
             2006 - Jeffrey Vipperman, "Tutorial on Adaptive Filtering:  With Applications for Active Control"
             2005 - Sheryl Grace "Computational Methods for Aeroacoustics"
             2004 - Hafiz Atassi, "Fluid-structure interaction and acoustics"
             2003 - Earl Williams, "Fourier Acoustics:  Uncovering the Origins of Sound"

             2020 - Lukas Woiwode, Johann Gross, and Malte Krack,  "Effect of Modal Interactions on Friction-Damped Self-Excited Vibrations"

  • Student Paper Competition:

    A cash award is given to the winner who presents his or her paper at the annual ASME International Mechanical Engineering Congress & Exposition (IMECE).  If there are enough applicants a second and third place winners will also be selected.

          2020 Winner:  Revant Adlakha, University of Buffalo
          Paper Title: “A Linear Acoustic Phased Array for Nonreciprocal Transmission and Reception"

          2019 Winner:  Chang Liu, Northern University
          Paper Title: “Preliminary Results of Microwave – Induced Thermoacoustics Imaging in Geological Media"

          2018 Winner:  Daming Chen, University of Maryland
          Paper Title: “Operational modal analysis and damage identification of structures undergoing random vibration using a continuously scanning laser doppler vibrometer system"  

          2017 Winner:  No award (no submittals)

          2016 Winner:  Plinio Pinto
          Paper Title: “Development and Validation of an in-situ Utility pole Model for Vibration Based Non-Destructive Testing"  

          2015 Winner:  Philip Feurtado
          Paper Title: “Experimental analysis of vibration and radiated sound power reduction using an array of acoustic black hole "  

          2014 Winner:  Xiujuan Zhang
          Paper Title: “Semi-Dirac points in phononic crystals (IMECE2014-37421)"  

2013 Winner:  Brian Bernard
Paper Title: “Energy Absorption in a 1D Array of Axially Aligned Pendulums with Linear Torsional Coupling.” 

2012 Winner: Adrian Harwood
Paper Title: “Numerical Evaluation of the Compact Green’s Function for the Solution of Acoustic Flows.”

          2011 - Dion Antao, "Experimental and Numerical Characterization of an Orifice type Cryogenic Pulse Tube Refrigerator" (IMECE2011-65027)

          2010 - Kyle R. Wilt, "Mechanical Design Implications on Power Transfer through Thick Metallic Barriers using Piezoelectric Transducers" (IMECE2010 -38671)

          2009 - Na Zhu, "Track and Trace Multiple Incoherent Sound Sources in 3D Space in Real Time"

          2008 - Krista Michalis, "Prediction and Modification of Broadband Interior Noise in Enclosures Using Energy-Intensity BEM and Absorption Scaling"

          1999 - Kesho Leach, Sean F. Wu

          1998 - Patricia L. Driesch

          1997 - Corrie J. Derenburger

          1996 - Michael G. McAleenan

          1995 - Donna Rudge


Important Award Information For Recipients of Monetary Awards

Please note that honorariums cannot be distributed without receipt of applicable tax forms. If you are a recipient of a monetary award, you will be contacted by ASME staff regarding tax forms you will need to complete, as well as how to submit them to us.

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