The Catgut Acoustical Society Library

Author Index To Newsletters & Journals (1964 - 1999)

Authors: S -- T

AUTHOR INDEX TO CAS NEWSLETTERS & JOURNALS (1964 - 1999)
AUTHOR(S) TITLE ISSUE:PAGE(S) DATE
Sacksteder, R. On the calculation of acoustic radiation 36:27-28 11/81
How well do we understand Helmholtz resonance? [Abstracted 46:38 11/86] 48:27-28 11/87
Do violin makers need theorems? 2.6:28-32 11/94
See Bixler, M. -- issue 1.4:31-32 11/89
Saied, A. See Bucur, V. -- issue 2.1:41 5/92
Saiwaki, N. See Nagatsuka, T. -- issue 2.3:26 5/93
Sakurai, Y.
Skudrzyk, E.
Acoustic properties of wood (abstract) 11:5 05/69
Saldner, H. O. See Molin, N.-E. -- issue 2.4:43 11/93
Saldner, H. O.
Molin, N.-E.
Jansson, E. V.
Sound distribution from forced vibration modes of a violin measured by reciprocity and TV holography [also abstracted in 2.8:43 11/95] 3.4:10-16 11/97
Sali, S.
Kopac, J.
The influnce of different machining processes on the acoustic properties of wooden resonant boards 3.5:15-21 05/98
Santamaría, C. See Bretos, J. -- issue 2.8:38 11/95
See Bretos, J. -- issue 3.6:16-20 11/98
Sasaki, M. See Shima, T. -- issue 2.3:24 5/93
Sato, A.
Hashimoto, S.
Ohteru, S.
Virtual singer & virtual band for computer music performance (abstract) 2.3:26 05/93
Sato, S. See Horiuchi, R. -- issue 2.3:24 5/93
Savage, W. R. Physics and Music by Neville H. Fletcher -- Book review 29:3 05/78
Internal energy losses in music wire (abstract) 46:42 11/86
See Marshall, K. D. -- issue 1.4:42 11/89
Savage, W. R.
Goodway, M.
Odell, J. S.
A study of the internal friction composition and elasticity of historic and modern harpsichord wire (abstract) 41:10 05/84
Savage, W. R.
Kottick, E. L.
Hendrickson, T. J.
A study of the soundboard and air cavity vibrations of a Zukermann Flemish VI harpsichord (abstract) 41:12 05/84
Savart, F. See Fletcher, D. -- issue 21:5-7 5/74
See Fletcher, D. -- issue 5:11-19 5/66
Sawara, S. See Shimuzu, Y. -- issue 2.3:31 5/93
Scanlan, R. H. Factors affecting plate vibrations 5:7-8 05/66
Letter to the editor: Urging a more rigorous publication policy 40:4 11/83
Scavone, G. P. The Musical Acoustics Research Library 3.6:24-26 11/98
Schelleng, J. C. On damping of wood vibrations and the effect of shear; Also some thoughts about the violin arch 2:6 11/64
On the physical effects of violin varnish, I-A 4:15-18 11/65
Power relations in the violin family (abstract) 5:8 05/66
On the physical effects of violin varnish, I-B 6:11-15 11/66
On the physical effects of violin varnish, II -- Experimental results 7:9-14 05/67
Letter to the editor: Teaching advantages in using tenor and soprano violins 8:7-8 11/67
On the physical effects of violin varnish, III -- Estimation of acoustical effects 8:17-24 11/67
On vibrational patterns in fiddle plates 9:4-10 05/68
On polarity of resonance 10:14-18 11/68
The sound of strings 10:18-21 11/68
The bowed string (abstract) 11:5 05/69
Requirements for sounding board material 11:18-22 05/69
Negative resistance and the bowed string 12:12-17 11/69
Pressure on the bowed string 13:24-27 05/70
Wood translucence and violin making 13:27-30 05/70
Negative resistance in the bowed string (abstract) 14:5 11/70
The action of the soundpost 16:11-15 11/71
Akustik und Musikalische Aufführungs Praxis by Jürgen Meyer -- Book review 19:6 05/73
Fundamentals of Musical Acoustics by A. H. Benade -- Book review 26:4 11/76
Quieting, A Practical Guide to Noise Control by Raymond D. Berendt, Edith L. R. Corliss, and Morris S. Ojalvo -- Book review 28:31 11/77
Wood for violins 37:8-19 05/82
Adjusting the wolftone suppressor - reprinted from American String Teacher winter 1967 (Note) 1.5:29 05/90
Schleske, M. The influence of typical violin-varnishes on the acoustical qualities of thin spruce strips (abstract) 1.4:38 11/89
Stiffness and damping of spruce in relation to the direction of grain and ray (abstract) 1.4:43 11/89
Speed of sound and damping of spruce in relation to the direction of grains and rays 1.6:16-20 11/90
The influence of changes in the distribution of mass and stiffness of violin-plates on eigenfrequencies and mode-shapes of the violin (abstract) 2.4:44 11/93
Investigation on the changes of eigenfrequencies and mode-shapes in the working process of the violin (abstract) 2.8:38 11/95
Eigenmodes of vibration in the working process of a violin 3.1:2-6 05/96
On making "tonal copies" of a violin 3.2:18-28 11/96
On the acoustical properties of violin varnish 3.6:27-43 11/98
See Muller, H. A. -- issue 1.4:48 11/89
Schneider, A. J. See Hanson, R. J. -- issue 1.8:51 11/91
See Hanson, R. J. -- issue 2.6:1-7 11/94
See Hanson, R. J. -- issue 2.8:39 11/95
Schumacher, R. T. Note on J. M. C. Duhamel's Memoire on the bowed string 20:17-18 11/73
Some mathematics of the bowed string 22:23 11/74
Some aspects of the bow 24:5-8 11/75
Violin stringing and Heron-Allen's advice 29:23-24 05/78
Measurement of the parameters of bowing (abstract) 46:42 11/86
Aperiodicity, subharmonics and noise in musical instruments (abstract) 2.4:45 11/93
See McIntyre, M. E. -- issue 28:27-31 11/77
See Meir, A. J. -- issue 46:38 11/86
See Woodhouse, J. -- issue 2.3:35 5/93
Schumacher, R. T.
Garoff, S.
Bowing with a glass bow 3.2:9-17 11/96
Schwab, H. L Finite element analysis of a guitar soundboard (I) 24:13-15 11/75
Schwab, H. L
Chen, K. C.
Finite element analysis of a guitar soundboard (II) 25:13-15 05/76
Segerman, E.
Abbott, D.
Historical background to the strings used by catgut-scrapers 25:24-26 05/76
More on the history of strings and instruments 29:29-33 05/78
Selch, F. R. See Peknik, J -- issue 2.4:49 11/93
Sengupta, R.
Banerjee, B. M.
Sengupta, S.
Nag, D.
Tonal qualities of the Indian tanpura (abstract) 41:11 05/84
Sengupta, S. See Sengupta, R. -- issue 41:11 5/84
Sharp, D. B.
Campbell, D. M.
Myers, A.
Input impedance measurements on wind instruments using pulse reflectometry (abstract) 2.8:41 11/95
Shaw, M. See Dunlop, J. -- issue 1.7:17-20 5/91
Shima, T.
Sasaki, M.
An observation on Soh's vibrational properties excited by a plucked string (abstract) 2.3:24 05/93
Shimuzu, Y.
Sawara, S.
Takizawa, T.
Kawakami, F.
Active control of sound field for the musical performers (abstract) 2.3:31 05/93
Sie, A. Comment on the "double octaves" tuned violins 46:36 11/86
Note on "bitri octaves" tuned violins 47:7 05/87
Sie, A.
Ngai, H.,-C.
The tonal quality of double and bitri harmonic matching tuned violins (abstract) 1.4:46 11/89
Sigurd, D. See Tove, P. A. -- issue 25:4 5/76
Sirr, S. See Waddle, J. -- issue 3.2:3-8 11/96
Skalmierski, B. See Krupowicz, S. -- issue 2.3:9 5/93
Skudrzyk, E. See Haines, D. W. -- issue 20:5 11/73
See Sakurai, Y. -- issue 11:5 5/69
Slaby, W. E. Peg shavers that work 48:30-31 11/87
A purfling groove caliper (Note) 1.7:34 05/91
Slingerland, F. W. La mesure de la qualité sonore des bois Québécois pour la construction d'instruments de musique (English summary by Carolyn W. Field) 45:10-12 05/86
Smith III, J. O.
Van Duyne, S. A.
Recent results in piano synthesis via physical modeling (abstract) 2.8:44 11/95
Smith, B. See Weinreich, G. -- issue 1.4:36 11/89
Smith, J. See Wolfe, J. -- issue 2.8:41 11/95
Smith, J. H. Query: Information on David James Blaikley, 1846-1936 1.3:68 05/89
Soloninka, J. Research suggestions to CAS Editors 3.6:52 11/98
Spear, D. Z. Achieving an air/body coupling in violins, violas and cellos: A practical guide for the violin maker 47:4-7 05/87
Air-body coupling (abstract) 1.8:49 11/91
See Esty, M. L. -- issue 28:18 11/77
Spear, R. J. Practical application of free plate matching in cellos (abstract) 1.8:49 11/91
Stépánek, J.
Otcenásek, Z.
Rustle as an attribute of timbre 3.8:32-38 11/99
Stepanek, T. See Bazant, P. -- issue 2.4:42 11/93
Stetson, K. A. Why use holograms to study fiddle plates? 9:10-12 05/68
Some techniques for hologram interferometry of string instruments (abstract) 14:5 11/70
A progress report on holographic testing of string instruments 14:19-22 11/70
A holographic examination of a treble viol with a wolf tone 16:8-10 11/71
Mode doubling and the production of wolf tones (abstract) 25:3 05/76
The effect of thickness perturbations of the vibration modes of plates 28:32-34 11/77
See Ågren, C. H. -- issue 11:5 5/69
See Hutchins, C. M. -- issue 16:15-23 11/71
Stewart, R. L. Replacing the cello with the baritone violin (Note) 1.7:30 05/91
Stough, B. The lower violin tailpiece resonances 3.1:17-25 05/96
E string whistles 3.7:28-33 05/99
Strahle, D. Thoughts on viols -- A few observations and a plea for more research 29:9-13 05/78
A jig for use in arching and thicknessing viol front plates 34:27-28 11/80
Strauch, P. See Caussé, R. -- issue 41:10-11 5/84
Strobel, H. A. See Meyer, R. M. -- issue 2.5:28 5/94
See Wake, H. S. -- issue 1.8:40 11/91
Ström, P. String displacement detector (abstract) 41:10 05/84
Strong, W. J. Record review: Auditory Demonstrations, by A. J. M. Houtsma and W. M. Wagenaars, T. D. Rossing, and I. J. Hirsch 1.3:67 05/89
See Copley, D. C. -- issue 2.8:41 11/95
See Dudley, D. J. -- issue 1.4:44 11/89
Strong, W. J.
Li, S.-N.
Simulation of source-to-receiver transmission in an enclosure: Spectral properties (abstract) 1.4:47 11/89
Spectral properties of source-to-receiver transmission in a simulated room (abstract) 2.3:27 05/93
Strong, W. Y. See Popp, J. -- issue 46:39 11/86
Sueoka, T. See Ohgushi, K. -- issue 2.3:32 5/93
Sundberg, J. See Jansson, E. V. -- issue 20:18-21 11/73
See Titze, I. -- issue 1.3:63 5/89
Sundberg, J.
Jansson, E. V.
New Violin Octet initiatives in Sweden 42:4 11/84
Sundin, H. See Jansson, E. V. -- issue 21:11-15 5/74
Sung, K.-M. String instrument tone synthesis using nonlinear distortion technique (abstract) 1.4:46 11/89
Supek, L. R. Cutting gauge 40:9 11/83
Purfling groove marker 42:33 11/84
Making a sanding wheel 43:24-25 05/85
Helpful hint for joining two-piece backs 45:6 05/86
Suzuki, H. Model analysis of a hammer-string interaction (abstract) 46:37 11/86
The Acoustics of the Piano by Anders Askenfelt -- Book review 2.1:42 05/92
Vibration analysis of a hammer shank (abstract) 2.3:27 05/93
Syrovy, V. Impulse measurements on woodwind musical instruments (abstract) 1.4:39 11/89
Tada, K. See Koide, H. -- issue 2.3:25 5/93
Taguti, T. See Ohgushi, K. -- issue 2.3:32 5/93
Taguti, T.
Ohgushi, K.
Computational rendition of piano music and its subjective evaluation - a performance - model approach (abstract) 2.3:32 05/93
Takizawa, T. See Shimuzu, Y. -- issue 2.3:31 5/93
Tamaki, I. See Nagai, K. -- issue 2.3:24 5/93
Tanaka, H. See Kashino, K. -- issue 2.3:26 5/93
Tarnóczy, T. Some experiments with split aluminum bells (abstract) 1.4:45 11/89
See Wall, E. -- issue 2.1:43 5/92
Tatsumi, I. Response feature of the `straight-cone' diaphragm of loudspeakers simulated by a membrane theory of conical shells (abstract) 2.3:33 05/93
Tatsumi, I.
Hiroshi, T.
Measured level and phase contours of pressure on the surface of vibrating shells (abstract) 2.4:44 11/93
Taylor, C. A. Acoustical treasures at the Royal Institution in London 20:7-8 11/73
See Creel, W. -- issue 26:3 11/76
Taylor, P. A. See Hutchins, C. M. -- issue 16:15-23 11/71
Taylor. C. See VandeKopple, J. J. -- issue 2.4:30 11/93
Teaney, D. T. Vibraphone-midi conversion: Timing and performance nuance in mallet playing (abstract) 46:40 11/86
Terhardt, E. Auditory characteristics relevant to perception of musical sound (abstract) 1.4:36 11/89
Terhardt, E.
Eggers, F.
Frequency characteristics and step responses of strings at the bowing point: Theoretical and experimental results (abstract) 1.4:47-48 11/89
Thompson, D. A. See Haines, D. W. -- issue 24:25-28 11/75
Thompson, R. P. See Gillespie, F. C. -- issue 29:25-26 5/78
Thompson, Rex P. Letter to the editor: Reactions to the mezzo violin 26:20 11/76
A new mold for violin construction 27:26-28 05/77
Strings around the world 29:4-6 05/78
A modification of Fulton's "old Italian varnish" 29:35-36 05/78
The effect of variations in relative humidity on the frequency of response of free violin plates 32:25-27 11/79
Coloured terpene resin violin varnish (abstract) 34:8 11/80
Terpene resin violin varnish 41:20-21 05/84
Amber-terpene resin violin varnish 42:28-29 11/84
Classic Italian Violin Varnish: Its History, Materials, Preparation and Application by G. L. Baese -- Book review 1.2:29 11/88
Thompson, Richard Further comments on small whole number intervals 35:4-5 05/81
Thwaites, S. Some acoustics of a clavichord [Abstracted 34:8-9 11/80] 35:29-33 05/81
Tinnsten, M. See Molin, N.-E. -- issue 46:24-29 11/86
Titze, I. The Science of the Singing Voice by J. Sundberg -- Book review 1.3:63 05/89
Tokuhiro, I.
Koyama, I,
Fujita, K.
Hojo, H.
Psychological test and power spectrum in musical melodies (abstract) 2.3:29 05/93
Toraichi, K. See Nakamura, N. -- issue 2.3:28 5/93
See Nakamura, N. -- issue 2.3:28 5/93
Tourin, P. Constructing the Mountain Dulcimer by Dean Kimball -- Book review 25:2 05/76
A gauge for measuring thickness of musical instrument soundboards 32:23-25 11/79
Tove, P. A.
Chu, W. K.
Investigations of the elemental composition of violin finish and wood composition, by ion backscattering 22:5-8 11/74
Tove, P. A.
Sigurd, D.
Petersson, S.
Ion backscattering and X-ray investigations of varnish and wood (abstract) 25:4 05/76
Townsend, P. D. A violin bowing mechanism (abstract) 28:7 11/77
See Barnes, P. -- issue 40:21-26 11/83
See Coates, S. R. -- issue 24:16-17 11/75
See Fredin, S. -- issue 41:8 5/84
See Harnor, R. -- issue 42:25-28 11/84
Traeger, C. The bass violin revolution 21:15-16 05/74
"Impedance matching" in bass violins 30:28 11/78
Tuning flat backs 1.2:14-15 11/88
The setup and repair of the bass violin for optimum sound 3.2:40-44 11/96
Trasoff, D. The tanpura, a preliminary spectrographic analysis of the jawari phenomenon (abstract) 2.3:24 05/93
Tro, J.
Petersen, O. Kr. Ø.
Kristiansen, U. K.
Sound radiation from a double bass visualized by intensity vectors 40:7-9 11/83
Tronchin, L. See Langhoff, A. -- issue 2.8:39 11/95
Trott, W. J. Mechanical impedance (admittance) measurements on violin SUS #181 37:26-28 05/82
A circuit analysis of the cello 41:22-28 05/84
The violin and its bridge (abstract) 46:38 11/86
Trueman, D. See Cook, P. R. -- issue 3.8:8-14 11/99
Tsai, J.
Rossing, T. D.
Holographic studies of a modern Chinese two-tone bell (abstract) 1.8:52 11/91
Tseng, D. A simple function generator 37:29-30 05/82
Tsumura, T. See Nakajima, Y. -- issue 2.3:31 5/93
Tubis, A. The Physics of the Violin by Lothar Cremer -- Book review 44:2 11/85
Turra, F. See Rocchesso, D. -- issue 2.4:47 11/93

Last modified: 17 March 2000