Don A. Gilmore wrote: >OK. Yes, you could compensate for the higher frequency by using >lighter-gauged strings. The lighter gauge would result in less mass per >unit length, which would produce a higher pitch at the same tension and >length. > >To negate the 8% increase in tension would require an 8% decrease in >corssectional area of the string (for bare steel strings). This would >require about a 4% reduction in diameter. So a .030" dia. string would have >to be reduced to .029, or about 1/2 a music wire size. Not too bad. > >I wonder what it would do to the timbre though. > > Good question actually...:) what would be the affect of defining A at 466 (which is our present A#) and then in order to compensate for tension simply shift the string diameter down one gauge over the entire scale. I suppose if one was clever enough about it all one could end up with a net change of zip diddly excepting the fingering bit.. Or..... you could have all kinds of fun fooling around with different combinations of string diameter vs desired pitch. I seem to remember discussions going along those lines relative to the 440 vs 442 discussions that we enjoy so much so often :) Cheers RicB >Don A. Gilmore >Mechanical Engineer >Kansas City > > >
This PTG archive page provided courtesy of Moy Piano Service, LLC