Introduction to Acoustics

15.59 F.G. Friedlander: On the oscillation of the bowed
string, Proc. Cambridge Phil. Soc. 49, 516–530
(1953)
15.60 M.E. McIntyre, J. Woodhouse: On the fundamentals
of bowed string dynamics, Acustica 43, 93–108
(1979)
15.61 J. Woodhouse: On the playability of violins, Part
II: Minimum bow force and transients, Acustica 78,
137–153 (1993)
15.62 M.E. McIntyre, R.T. Schumacher, J. Woodhouse:
Aperiodicity in bowed-string motion: On the differential
slipping mechanism, Acustica 49, 13–32
(1981)
15.63 R.T. Schumacher: Oscillations of bowed strings, J.
Acoust. Soc. Am. 43, 109–120 (1979)
15.64 K. Guettler: On the creation of the Helmholtz motion
in bowed strings, Acustica 88, 2002 (2002)
15.65 P.M. Galluzzo: On the Playability of stringed
instruments, PhD Thesis (Cambridge University,
Cambridge 2003)
15.66 J.H. Smith, J. Woodhouse: The tribology of rosin, J.
Mech. Phys. Solids 48, 1633–1681 (2000)
15.67 W. Reinicke: Dissertation, Institute for Technical
Acoustics (Technical University of Berlin, Berlin
1973)
15.68 J. Woodhouse, R.T. Schumacher, S. Garoff: Reconstruction
of bowing point friction force in a bowed
string, J. Acoust. Soc. Am. 108, 357–368 (2000)
15.69 J.H. Smith: Stick-slip vibration and its constitutive
laws, PhD thesis (Cambridge University, Cambridge
1990)
15.70 J. Woodhouse: Bowed string simulation using
a thermal friction model, Acustica 89, 355–368
(2003)
15.71 W. Reinicke, L. Cremer: Application of holographic
interferometry to the bodies of sting instruments,
J. Acoust. Soc. Am. 48, 988–992 (1970)
15.72 J. Woodhouse: data kindly provided for this chapter
15.73 H. Dünnewald: Ein erweitertes Verfahren zur
objektiven Bestimmung der Klangqualität von Violinen,
Acustica 71, 269–276 (1990), reprinted in
English as Deduction of objective quality parameters
on old and new violins, J. Catgut Acoust. Soc.
2nd Ser. 1(7) 1-5 (1991), included in Hutchins [15.27,
Vol 1]
15.74 E.V. Jansson: Admittance measurements of 25 high
quality violins, Acta Acustica 83, 337–341 (1997)
15.75 E.V. Jansson: Violin frequency response - bridge
mobility and bridge feet distance, Appl. Acoust.
65, 1197–1205 (2004)
15.76 J. Woodhouse: On the "bridge hill" of the violin,
Acustica 91, 155–165 (2005)
15.77 J.A. Moral, E.V. Jansson: Eigenmodes, input admittance
and the function of the violin, Acustica 50,
329–337 (1982)
Musical Acoustics References 663
15.78 M. Hacklinger: Violin timbre and bridge frequency
response, Acustica 39, 324–330 (1978)
15.79 D. Gill: The Book of the Violin, ed. by D. Gill (Phaedon,
Oxford 1984) p. 11, Prologue
15.80 C.E. Gough: The theory of string resonances on
musical instruments, Acustica 49, 124–141(1981)
15.81 J. Woodhouse: On the synthesis of guitar plucks,
Acustica 89, 928–944 (2003)
15.82 J. Woodhouse: Plucked guitar transients: comparison
of measurements and synthesis, Acustica 89,
945–965 (2003)
15.83 G. Weinreich: Coupled piano strings, J. Acoust. Soc.
Am. 62, 1474–1484 (1977)
15.84 C.G.B. Baker, C.M. Thair, C.E. Gough: A photodetector
for measuring resonances of violin strings,
Acustica 44, 70 (1980)
15.85 F. Savart: Mémoires sur le construction des Instruments
à Cordes et à Archet (Deterville, Paris 1819),
See also the brief summary and references to modern
translations of Savart’s research in Hutchins
15.26 Part 1, page 8
15.86 M.E. McIntyre, J. Woodhouse: On measuring the
elastic and damping of orthotropic sheet materials,
Acta. Metall. 36, 1397–1416 (1988)
15.87 M.D. Waller: Vibrations of free rectangular plates,
Proc. Phys. Soc. London B 62, 277–285 (1949)
15.88 A.W. Leissa: Vibration of Plates (NASA SP-160,
Washington 1993), Reprinted by Acoust. Soc. Am.,
Woodbury 1993
15.89 C. Hutchins: The Acoustics of Violin Plates, Sci. Am.
1, 71–186 (1981)
15.90 B.E. Richardson, G.W. Roberts: The adjustment of
mode frequencies in guitars: a study by means
of holographic interferometry and finite element
analysis. SMAC 83 (Royal Swedish Academy of Music,
Stockholm 1985) pp. 285–302
15.91 C. Hutchins: A rationale for BI-TRI octave plate tuning,
Catgut Acoust. Soc. J. 1(8), 36–39 (1991), Series II
15.92 E. Reissner: On axi-symmetrical vibrations of shallow
spherical shells, Q. Appl. Math. 13, 279–290
(1955)
15.93 K.D. Marshall: Modal analysis of a violin, J. Acoust.
Soc. Am. 77(2), 695–709 (1985)
15.94 G. Bissinger: Contemporary generalised normal
mode violin acoustics, Acustica 90, 590–599 (2004)
15.95 N.J.-J. Fang, O.E. Rodgers: Violin soundpost elastic
vibration, Catgut Acoust. Soc. J. 2(1), 39–40 (1992)
15.96 G.A. Knott: A modal Analysis of the Violin using
MSC.NASTRAM and PATRAN. MSc Thesis (Naval Postgraduate
School, Monterey 1987), Reproduced in
Hutchins/Benade 15.27
15.97 J.P. Beldie: Dissertation (Technical University of
Berlin, Berlin 1975), as described in Cremer 15.29
Sect. 10.4-5
15.98 J. Meyer: Die Abstimmung der Grundresonanzen
von Guitarren, Das Musikinstrument 23, 179–186
Part E 15