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Research

Websites:  Theses/Dissertations

             GuitarEngineer.com:  Sensitivity Analysis of an Acoustic Guitar by FEM

             List of Howard Wright’s (Ph.D. Cardiff Univ.) Publications

 

Websites:  Research Societies and Institutes

             AMIS:  The American Musical Instrument Society

             VSA:  The Violin Society of America

             CAS:  Catgut Acoustical Society

             KTH:  The Musical Acoustics Group

             SMAC 2003 Homepage

             ISVR:  Institute of Sound and Vibration Research—Guitar Modes

 

Websites:  University Research

             Cardiff University:  Musical Acoustics Group Homepage

             UNSW Physics:  Music Acoustics Homepage

             UNSW Physics:  Strings, Standing Waves, and Harmonics

             UNSW Physics:  How does a Guitar Work

             UNSW: The Virtual Guitar modeled in Catia V5

             NIU:  Acoustic Research

             UW:  Guitar Quality and Cost Correlation

 

Websites:  Technical Builders

             Ervin Somogyi: Principles of Guitar Dynamics and Design

             Ukuleles by Kawika

 

Websites:  Guitar Research Related

             Modal Analysis of an Electric Guitar

             Modal Analysis:  A Simple Viewpoint

             About.Com:  Acoustics and the Physics of Sound

             ScienCentralNews:  World’s Smallest Guitar

             Algor:  Article on Pena Haro using FEA for Classical Guitars

             MSC:  Application of FEA for an Improved Musical Instrument Design

             Mechanical Engineering:  Composites in Concert—Pena Haro

             Modal Analysis of an Acoustic Guitar

             Mathematical Modeling of an Acoustic Guitar

             SMAC 2003: Abstracts of Guitar Journal Articles

             Journal Article:  Good Vibrations by Richardson

             Journal Abstract:  Coupled Modes of the Resonance Box of the Guitar

             Journal Article:  Morphing Instrument Body Models

             Educator’s Corner:  Engineering and the Guitar

             Acoustic Guitar:  Timbre Tech Treatment

             Time Domain Simulation of a Guitar, 2002, Forum Acusticum

             Society of Experimental Mechanics:  Modal Analysis Articles

             Experimental Musical Instruments

 

Journal Articles—Guitar and Other Musical Instrument Research

             Alm and Walker, "Time-Frequency Analysis of Musical Instruments", SIAM                         Review, Journal of Industrial and Applied Math, Vol.44, No.3, 2002 ,pp.457-476

             Besnaiou, Charles, "From Wood Mechanical Measurements to Composite Materials              for Musical Instruments", MRS Bulletin, March 1995, Vol.XX, No.3, pp.34-36

             Boullosa, Ricardo, R., "Vibration Measurements in the Classical Guitar", Applied              Acoustics, Vol.62, (2002), pp.311-322

             Bucur, V., "Acoustics of Wood", CRC Press, New York, 1995.

             Caldersmitth, G., 1981, "Physics at the workbench of the luthier", Catgut   Acoustical              Society Newsletter, vol.35, pp.15-18

             Caldersmith, G. "Designing a Guitar Family", Applied Acoustics, Vol.46, 1995,                    pp.3-17

             Chaigne, A., "Recent Advances in vibration and radiation of musical instruments",              Flow, Turbulence and Combustion, Special Issue on Fluid-Structure Iknteraction in              Acoustics, vol.61, no 1-4, pp 31-41, 1998/1999

             Chainge, A., "Recent Advances in Vibration and Radiation of Musical Instruments",              Flow, Turbulence and Combustion, Vol.61, 1999, pp.31-41

             Christenson, O, and Vistensen, R.B."Simple Model for Low Frequency Guitar                     Function", J.Acoust.Soc.Am., 68, 758-766, 1980

             Christensen, O., Vistisen, B.B., "Simple Model for Low-Frequency Guitar   Function",              Journal of Acoustical Society of America, No. 68(3), pp.758-766, 1980

             Elejabarrieta, M.J., Ezcurra, A. and Santamaria, C., "Evolution of the vibrational                 behavior of a guitar soundboard along successive construction phases by means              of a modal analysis technique", Journal of Acoustical Society of America, vol. 108,              no. 1, pp. 369-378, 2000

             Elejabarrieta, M.J., Ezcurra, A. and Santamaria, C., "Vibrational Behavior of Guitar              Soundboard analyzed by the Finite Element Method", Acustica, vol. 87, no. 1,                    pp.128-136, 2001

             French and Bissinger, "Testing of Acoustic Stringed Musical Instruments - An                     Introduction", Experimental Techniques, January/February 2001, pp. 40-43

             Fine Woodworking, review: "Making Master Guitars", Dec. l994, Vol. l09

             French, R.M., and Lewis, K. "Modal Response of an Acoustic Guitar",                                 Proceedings, 13th International Modal Analysis Conference, February 1995,                      Nashville, TN.

             French, M. and Bissinger, G., "Mechanics of Stringed Instruments," Experimental              Techniques, 25(2), March/April 2001

             Gerhard, Ed, "Acoustic Guitar Making Techniques", EQ magazine, February, l996

             Hansen, Uwe, "Materials in Musical Instruments: Romance of Art and Science', MRS              Bulletin, March 1995, Vol.XX, No.3.pp.29-31

             Jansson, E.V.;"A Study of the Acoustical and Hologram Interfereometric                              Measurements on the Top Plate Vibrations of the Guitar"; Acustica, 25, 95-100,                  1971

             Jansson, E.V., Function, Construction and Quality of the Guitar: Publication issued              by the Royal Swedish Academy of Music Stockholm, No.38

             Jansson, E.V. "Fundamentals of the Guitar Tone"; Journal of Guitar Acoustics, No.              6, pp 26-41, 1982

             Jannson, E. "Acoustical properties of complex cavities.  Prediction and                                measurements of resonance properties of violin-shaped and guitar-shaped                        cavities," Acoustica 37, 211-221, 1997

             Jansson, E.V., "Acoustical Properties of Complex Cavities.  Predictions and                       Measurements of Resonance Properties of Violin-shaped and Guitar-shaped                     Cavities," Acustica, Vol.37, pp. 211-221, 1977

             Journal of Experimental Musical Instruments, "Recent Articles in Other Periodicals",              June l989

             Kopac, J., Sali, S., and Hindryckx, F., "Optimizing the Position of Braces on the              Resonant Board of a Guitar", Experimental Mechanics, in preparation 2001

             Le Pichon, A, Berge, S., and Chaigne, A., "Comparison between experimental and              predicted radiation of a guitar", Acustica, vol. 84, no.1, p.136-145, 1999

             Meyer, J., "The Function of the Guitar Body and its Dependence Upon                                Constructional Details", Royal Swedish Academy of Music, Stockholm, pp. 77-100,              1983

             Molin, N-E, and Jansson, E.V., "Transient wave propagation in wooden plates for              musical instruments", Journal of Acoustic Society of America, vol.85, no.5, 2179-               2194

             Ono, T., "Transient Response of Wood for Musical Instruments and its Mechanism              in Vibrational Property", The Journal of the Acoustical Society of Japan, Vol.20,              1999, pp.117-124

             Popp, J., Hansen, IU., Rossing, T.D. and Strong, W.Y. "Modal Analysis of                          Classical and Folk Guitars (abstract)," Journal of the Acoustical Society of                          America; Vol.77, S45

             Richardson, B.E. and Roberts G.W. "The adjustment of mode frequencies in                      guitars: a study by means of holographic interferometry and finite element                          analysis"; SMAC Vol II (Pub. Of the Royal Swedish Academy of Music No. 46:2)                (1985), 285-302

             Richardson, B.E., Walker, G.P., and Brooke, M. "Synthesis of Guitar Tones from              Fundamental Parameters Relating to Construction", Proc.I.O.A., 12(1), 757-764,              1990

             Richardson, R., "The Guitar: Its Past, Present, and Future", Acoustics Bulletin,                   May/June 1994, pp.5-9

             Richardson, B.E. "Numerical modeling of vibrations and sound radiation fields of              stringed musical instruments";Proceedings of the 15th ICA, Vol. III (1995), 477-480

             Ross, T.E. and Rossing, T.D. "Plate Vibrations and Resonances of Classsical and              Folk Guitars", Journal of the Acoustical Society of America, 65, 72, 1979

             Rossing, T.D. "Physics of Guitars: An Introduction"; Journal of Guitar Acoustics,              No.4, 45-47, 1981

             Sali, Samo and Kopac, Janez, "Brace Trimming for Tone Improvement of a                        Guitar", Proceedings, 19th International Modal Analysis Conference (IMAC 19), pp              805-810

             Sali and Kopac, "Measuring a Frequency Response of a Guitar", Proceedings of              SPIE, Vol. 4062, 2000, pp.1375-1379

             Sali, S., Kopac, J., "Positioning of Braces on a Guitar Soundboard"

             Sali, S. and Kopac, J., "Measuring the Quality of Guitar Tone", Experimental                      Mechanics, Vol. 40, No. 3, pp.242-247, September 2000

             Sali, S. and Kopac, J., "Measuring a Frequency Response of a Guitar",     Proceedings              of IMAC, Society of Experimental Mechanics, San Antonio, TX,     pp.1375-1379, 2000

             Sali, S. and Kopac, J., "Modeling and Optimizing of Frequency Response Function              of a Guitar", Experimental Mechanics, submitted, 2000

             Somogyi, Ervin, Bluegrass Unlimited, "Getting More Sound Out Of Your Guitar",    April              l987

             Somogyi, Ervin, "The Guitar Neck: Its Design and Physics", American Lutherie #48,              Winter l996

             Somogyi, Ervin, "On the Selection and Treatment of Brace Woods", American                    Lutherie No. 60, Winter, l999

             Somogyi, Ervin, "Basic Guitar Design", Japanese Acoustic Guitar magazine,                      August, l999

             Stetson, K.A. "On Modal Coupling In Stringed Instrument Bodies", Journal of                      Guitar Acoustics; No.3, 23-31, 1981

             White, T."An Interview with Richard Schneider: The Origins of the Kasha- Schneider              Design", The Journal of Guitar Acoustics, 1:19, December 1980

             Yano, Furuta, Nakagawa, "Material for Guitar Back Plates Made from Sustainable              Forest Resources", Journal of the Acoustic Science of America, Vol.101, No.2,              1997, pp.1112-1119

 

Journal Articles—Structural Dynamics and Modal Analysis

             Ahmadian, H., Gladwell, G.M.L., and Ismail, F.,"Parameter selection strategies in              finite element model updating", Journal of Vibration and Acoustics, 119(1), 37-45,              1997

             Ahmadian, H., Mottershead, J.E., and Friswell, "Parameter Realization of Generic              Parameters in Updating", Journal of Vibration and Acoustics, Submitted

             Alemang, R.J., "Vibrations: Experimental Modal Analysis", UC-SDRL-CN-20-263-               663/664, pp. 7-1, 7-2, 1990

             Carne, T.G., and C.R. Dhormann, "A Modal Test Design Strategy for Model                       Correlation", 13th International Modal Analysis Conference, Nashville, TN, 1995

             Ewins, D.J., "Modal Testing: Theory and Practice", Research Studies                                  Press ,Letchworth, 1984

             Friswell, M.I., and Mottershead, J.E., Finite Element Model Updating in Structural              Dynamics, Kluwer Academic Publisher, Dordrecht, 1995

             Grafe, H., 1998 "Model updating of large structures dynamics models using                        measured response function," PhD. Thesis, Imperial College of Science,   Technology              & Medicine, Dep. Of Mechanical Engineering, London, UK

             Lin, R.M., and Ewins, D.J., 1990, "Model Updating Using FRF Data", Proceedings              of the XV International Seminar on Modal Analysis, 141-162

             Lammens, S., 1993, "Model Updating Using Experimental Frequency Response              Function: Case Studies", Proceedings of the XI-IMAC, 449-455

             Mottershead, J.E. ,and Friswell, M.I., "Modal updating in structural dynamics:  a              survey", Journal of Sound and Vibration, 162(2, 347-375, 1993

             Nefske, D., Sung, S. "Correlation of a Coarse Mesh Finite Element Model Using                 Structural System Identification and a Frequency Response Criterion",                                Proceedings, International Modal Analysis Conference, pp. 597-602, 1996

             Pascual, R. Golinval, J., Razeto, M. ,"A Frequency Domain Correlation Technique              for Modal Correlation and Updating", Proceedings, International Modal Analysis              Conference, pp. 587-592, 1997

             Salama, M., T. Rose and J. Garba, "Optimal Placement of Excitation and Sensors              for Verification of Large Dynamical Systems", 28th Structures, Structural   Dynamics,              and Materials Conference, Monterey, CA., 1987, pp.1024-31

             Schedin, S., Lambourg, C. and Chaigne, A., "Transient sound fields from impacted              plates: Comparison between numerical simulations and experiments", Journal of              Sound and Vibration, Vol., 221, no.3, pp.471-490

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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