Abstract
The transient behavior of a bowed string from a Helmholtz motion to a double slip motion was observed using a simple apparatus consisting of nylon lines which served as a bow, and a string. As the bow speed increases, the motion transits from a Helmholtz motion to a double slip motion. Two Helmholtzian waves with different amplitudes and phases occur during the transition from a Helmholtz motion to a perfect double slip motion. This behavior is examined using numerical simulations, which provide good agreement with the experiments.
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