Seven issues of the Journal of Guitar Acoustics were published between 1979 and 1982. These issues have been republished as a single volume of 700+ pages, along with an updated bibliography and additional material. The book was recently reviewed in Issue #40 of Guitarmaker Magazine.
The complete index to the new JGA volume
is printed below. The JGA volume is available for US$90 prepaid via Priority
Mail within the
If you have any questions, contact:
Tim White, Editor
Journal of Guitar Acoustics
146 Lull Rd.
I. Dear Reader - Introduction, History and Summary
II. Tutorial on Guitar Acoustics
“The Secret Life of the Acoustic Guitar” (46 pages)
Course notes from a course given on guitar acoustics in the summer of 1978 to the recent graduates of a beginning guitarmaking course. This course, designed for non-scientists, introduces the major concepts and analytical methods essential to understanding how guitars make sounds (Structural Dynamics), how these sounds are transmitted (Acoustics), and how the human mind perceives these sounds as musical tones (Psychoacoustics).
III. Journal of Guitar Acoustics - Complete
Issue #1 (December 1980) - Choir of Angels (42 pages)
Attitudes on Acoustics - The results of our survey on the experience, perceptions and attitudes of luthiers and researchers regarding the inner workings of their instruments.
Interview With Richard Schneider - A leading proponent of the Kasha bracing technology talks of listening tests and imagined soundboard mechanisms.
The Guitar’s Air Resonance - A luthier just begining the study of guitar acoustics offers a qualitative (and incorrect) description of the instrument’s lowest resonance.
The Origin and Derivation of Guitar Scales - A pre-publication chapter from John Natelson and William Cumpiano’s book on guitar technology.
The Voice of Experience - An extended letter from Herb David of Ann Arbor, Michigan concerning the appropriateness of the new (instrument acoustics) technology.
Harmonics of a Dead Guitar String: - The unusual situation of a brand new bronze-wound steel fifth string (A-110) sounding totally old and flat is explored with acoustical spectroscopy
Issue #2 (March 1981) - Guitar Circuit Analog (66 Pages)
Interview with Fred Dickens - The first physicist/luthier to achieve a violin-like “ring mode” on the free back of a classic guitar speaks about equivalent circuits and many other things.
Physics at the Workbench of the Luthier - An Australian luthier-researcher presents data on the guitar bridge’s role in high frequency sound production, and other matters.
On Musical Instrument Wood - The first part of a two part summary of Dan Haines’ seminal work on the detailed physical properties of wood types commonly used in stringed instrument making. Precise measurements are provided for both modern and antique wood samples, plywood as well as the effects of varnish, lacquer, etc.
Popular Attitudes Concerning Guitar Acoustics - A review of perceptions in the popular media.
Recent Patents - First installment of a regular feature showing stringed instrument patents, ranging from the amusing to the bizarre, with occasional glimpses of true invention.
Issue #3 (June 1981) - Low Frequency Resonances (74 Pages)
Observations - The first of a regular section on related tid-bits of acoustical delight from outside the field of stringed instruments.
Interview with Daniel Haines - The acoustical researcher and inventor of the first accurate graphite based soundboard wood analogs reviews the development of graphite-epoxy composites, their application to stinged instruments, and the importance of keeping up with a daughter learning the violin.
Identification of Guitar Resonances - The technique of producing Chladni patterns on instrument plates and completed instruments is spelled out, along with advice and historical context.
On Modal Coupling in String Instrument Bodies - Guitar mechanics are visualized and explored with hologram interferometry.
On Musical Instrument Wood, Part Two - The continuation of Dan Haines’ seminal research on the physical properties of stringed instrument woods.
Simple Model for Low Frequency Guitar Function - A detailed technical analysis of phase and frequency relationships in the guitar body’s most basic resonances is offered along with some remarkable derivations of various instrument properties.
Recent Patents - Stringed instrument patents from January 1981 through March 1981.
Issue #4 (September 1981) - Puerto Rican Quatro (84 Pages)
Translation of a Lecture by M. Lieppe - A 1977 presentation by a leading French researcher on stringed instruments whose formal investigations first bore fruit with the introduction of nylon to the manufacture of musical string-making technology.
What is a Decibel? - A basic physical term is commonly misunderstood.
The Puerto Rican Quatro - Bill Cumpiano
introduces the reader to this soulful 8-stringed instrument indigenous to
Physics of Guitars - An Introduction - A non-luthier professor of physics presents the guitar as a system of coupled oscillators.
Impulse Excitation Rediscovers the Headstock - It is quite incorrect to ignore the neck and headstock as a significant pathway of vibrational energy from the strings to the instrument body.
Recent Patents - Stringed instrument patents from March 1981 through September 1981.
Issue #5 (July 1982) - Fundamental Resonance Tuning (66 Pages)
The Shigometer and Patterns of Resistance to a Pulsed Electrical Current in Sound and Decayed Utility Poles - Wood types are distinguished by their properties of electrical resistance. Refinements of these techniques may lead to the characterization of instrument grade sound-board wood.
Grandmaster of Guitarmaking - Bill Cumpiano
visits this world-class luthier at his home in
Fundamental Resonance Tuning of Guitars - Translated from German, the relationship between physical structure and acoustical behavior is studied among guitars varying in architecture to provide a quantitative understanding of the relationship of basic guitar components as they interact in the lower resonances.
Some Notes on Classical Bracing Design - Two scholars of fretted instrument evolution suggest that guitar designs are best evaluated by the ear of the beholder.
Recent Patents - Stringed instrument patents from July 1981 through December 1981.
Issue #6 (September 1982) - The
(An international collection presented at the April 1982 convention of the Acoustical Society of America.)
The Guitar Frequency Response - by Graham Caldersmith
Quantitative Models for Low Frequency Guitar Function - by Ove Christenson.
Fundamentals of Guitar Tone - by Erik Jansson.
Guitars - Steady State and Transient Response - by Ian Firth.
Studying a Guitar’s Radiation Properties with Nearfield Holography - by William Strong, T.B. Beyer, D.J. Bowen, E.G. Williams, J.D. Maynard.
Inharmonicity of Wound Guitar Strings - by Adrianus Houtsma.
Plate Vibrations and Applications to Guitars - by Thomas Rossing.
Experimental Studies of the Acoustics of Classical and Flamenco Guitars - by W. and P.A. Bartolini.
Applied Mechanics and the Modern String Instrument - Classical Guitar - by Michael and Nicolas Kasha.
The Influence of Signal Processing Devices on the Timbre Perception of Electric Guitars - by Elizabeth Cohen, Jeff Hasselberger, Robert H. Weir.
The Reactions of a Research Scientist, a Master Luthier and a Performing Artist on Developing a New Guitar - by Michael Kasha, Richard Schneider and Kurt Rodarmer.
Issue #7 (May 1983) - God’s Luthiery (123 Pages)
If Rivers Talk - by Theodore Steinway. One of the great master’s last essays relates personal experience with the perception of human voices in the sound of stream water in remote lands.
God’s Luthiery - The evolution and physics of sound producing mechanisms in insects.
The Response of Played Guitars at Middle Frequencies - Long-time-average measurements of acoustical power density spectra of music played on a classical guitar.
Early Digital Synthesizers - Before Rolands there were player pianos, and plenty of them.
Recent Patents - Stringed instrument patents from January 1981 through June 1982.
IV. Appendix A – Appendix and Additional
An extensive bibliography of additional books, technical papers and other publications relevant to the study of guitar acoustics on subjects such as computer software, dynamics and acoustics, experimental techniques, guitar analytics, guitar construction, strings, violin, wood properties and psychoacoustics.
V. Where the Study of Guitar Acoustics can Lead
The strange and wonderful story of the origins and development of the Chrysalis inflatable guitar. ( http://www.chrysalisguitar.com )