Abstract
An enhanced time-domain, travelling-wave model of the bowed string is presented. The model includes several new features: realistic damping verified by experimental data, detailed coupling of body modes (derived from experimental data) in both polarizations of string motion, coupling to transverse and longitudinal bow-hair motion, and coupling to vibration of the bow stick. The model is designed to allow the various features to be turned on or off, such that their influence on the results can be assessed independently. Schelleng diagrams are computed using different configurations and are compared based on different metrics to reveal trends of behavior.
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