This talk will begin with a brief description of the violin's early history, evolution, and main structural characteristics. Next, we will look in more detail at two topics concerning the instrument's acoustics. The first is Helmholtz's solution for the waveform and spectrum of the bowed string, which we will compare with the plucked string. The second is a simple mathematical model describing the coupling of the air cavity resonance with the sound radiated from the violin body. This resonance is important for the richness of sound when playing the lowest notes. Finally, a slide-show will be presented showing the step-by-step construction of a violin.
Location: Physics Bldg., Room 401