Accounting for the width of the bow

Accounting for the width of the bow

$\begin{center} \epsfig{file=eps/w1.eps,width=10cm} \\ Model with a single bow hair \end{center}$

To model two bow hairs, it is necessary to double the bow-string interaction and the incoming wave velocities.

$\begin{center} \epsfig{file=eps/w2.eps,width=10cm} \\ A two point bowed string model \end{center}$

$\begin{center} \epsfig{file=eps/waveforms.eps,width=10cm} \\ Simulation results from top to bottom: basic model, basic model with torsional waves, basic model with torsional waves and string stiffness, model with torsional waves, string stiffness and bow width. \end{center}$

Download stiffbowed.pdf
Download stiffbowed_2up.pdf
Download stiffbowed_4up.pdf

``Impact of String Stiffness on Virtual Bowed Strings'', by Stefania Serafin<serafin@ccrma.stanford.edu>, (From CCRMA DSP Seminar Presentation, Music 423).
Copyright © 2019-02-05 by Stefania Serafin<serafin@ccrma.stanford.edu>
Center for Computer Research in Music and Acoustics (CCRMA), Stanford University
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