Search Results - "Nederveen, C. J."

Effects of bending portions of the air column on the acoustical resonances of a wind instrument by Félix, Simon, Dalmont, Jean-Pierre, Nederveen, C. J.

“…The need to keep long wind musical instruments compact imposes the bending of portions of the air column. Although manufacturers and players mention its…”
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RADIATION IMPEDANCE OF TUBES WITH DIFFERENT FLANGES: NUMERICAL AND EXPERIMENTAL INVESTIGATIONS by DALMONT, J.-P., NEDERVEEN, C.J., JOLY, N.

“…End corrections for open-ended cylindrical tubes are determined theoretically and experimentally. For the zero and low frequencies, the wave equation is solved…”
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Pitch and level changes in organ pipes due to wall resonances by Nederveen, C.J., Dalmont, J.-P.

“…The resonating air column in a thin-walled metal organ pipe was observed to interact with a wall resonance. Effects became audible when a wall resonance…”
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Mode locking effects on the playing frequency for fork fingerings on the clarinet by Nederveen, C J, Dalmont, J-P

“…The non-linear excitation of wind instruments generates higher harmonics of the playing frequency. These higher harmonics are coupled to resonances in the…”
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Mode locking effects on the playing frequency for fork fingerings on the clarinet: Musical Acoustics by NEDERVEEN, C. J, DALMONT, J.-P

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Effect of bending portions of the air column on the acoustical properties of a wind instrument by Félix, Simon, Nederveen, Cornelis J., Dalmont, Jean-Pierre, Gilbert, Joël

“…The need to keep long wind musical instruments compact imposes the bending of portions of the air column. Although manufacturers and players mention its…”
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Influence of Reed Motion on the Resonance Frequency of Reed-Blown Wood-Wind Instruments by Nederveen, C. J.

“…When vibrating, the needs of wood wind instruments displace an amount of air that shifts the resonance frequency of the instrument in the same way as does a…”
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Influence of a toroidal bend on wind instrument tuning by Nederveen, Cornelis J.

“…In a toroidal bend in a cylindrical wind instrument, with the same cross section as the cylindrical part, the inertance for longitudinal waves is reduced. This…”
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An apparatus for measuringE andG moduli between 1 and 100 Hz by Nederveen, C. J.

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Woodwind Instruments, Acoustical aspects of by Nederveen, C J

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Acoustical Aspects of Woodwind Instruments: (R) by Nederveen, C J

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Acoustical Aspects of Woodwind Instruments by Leipp, E., Nederveen, C. J.

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Woodwind Acoustics by O'Loughlin, Niall, Nederveen, C. J.

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A torsion pendulum for the determination of shear modulus and damping around 1 Hz by Nederveen, C. J., van der Wal, C. W.

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A torsional creep instrument and a torsional pendulum, both with accurate temperature control by van der Wal, C. W., Nederveen, C. J., Schwippert, G. A.

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Behaviour of unfilled and filled rubbers in shear in the glass-rubber transition region by Schwarzl, F. R., Bree, H. W., Nederveen, C. J., Schwippert, G. A., Struik, L. C. E., van der Wal, C. W.

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Behavior of Unfilled and Filled Rubbers in Shear in the Glass Transition Region by Schwarzl, F. R., Bree, H. W., Nederveen, C. J., Schwippert, G. A., Struik, L. C. E., Van der Wal, C. W.

“…Rubbers filled with high amounts of a hard inorganic filler still show typical mechanical properties of a high polymer, viz., a glass transition region, a…”
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Acoustical Aspects of Woodwind Instruments by Jansen, Will

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