Please have a look at our Forum Rules. Lets keep this forum an enjoyable place to visit.
When i first began learning the violin in Grade school a violin teacher told me that when I am not playing and the violin is in its case to keep the violin strings tight and tuned. But yet another teacher told me to loosen the strings when I am not playing. Still yet a third teacher told me to keep the strings tuned and tight even when i am not playing however, to loosen the strings if and when I am storing the violin for a prolonged period (say a few weeks) without playing. Over the years I have heard all sorts of conflicting advice.
From my own experience I have found that storing with the strings tight and tuned has never caused any problems. On the other hand frequent loosening and tightening of the strings seems to cause much more frequent string breakage. So, out of my own experience I tend to keep my strings tight and tuned, even when the violin is stored for a week or more..
Is there any official consensus on this among violin players ? Should I be loosening the strings if I plan to store thhe violin without playing for some time ?
I am confident storing my instrument tuned for two reasons:
1.) She was stored with tension on the strings for over six years between when my sister put her down and I picked her up. The strings were horribly out of tune when I started but overall have been performing nicely since then. (Except the E-string which I broke last fall and had to replace. The other three are old though.)
2.) Since they're synthetic core strings, and so can be modelled roughly as a viscoelastic material, I know that the stress on the strings will decrease over time when exposed to a constant strain (such as being stored while tuned). Hence, the need to retune on occasion.
The real question is whether the creep that happens as a result of the constant strain of being stored while tuned would result in failure before the fatigue caused by cyclic loading, e.g. if the strings were slacked and tightened repeatedly, all else being equal. Practically, I would say that it doesn't matter because you'll never get to that point.* If you increase strain too quickly then the string's molecular structure is not able to rearrange itself fast enough in order to accomodate the extra energy so "pop" it goes. The more times you relax and tighten the string, the more chances you have at over-tightening it or tightening it too quickly.
So my vote is only mess with the strings when necessary and let them do their thing otherwise. If you do have to mess with them then tighten gradually and steadily rather than sharply. You want to avoid increasing strain too fast or overshooting and putting more stress on the string than the material can handle. (Which is probably why the rule of thumb is to "tune up" to a note rather than overshoot and try to work backwards.)
Well, there you have it. I think this is the first time anyone has ever managed to study for a materials engineering exam while procrastinating. Any engineers out there who want to weigh in?
Most Users Ever Online: 231
Currently Online: BillyG
Currently Browsing this Page:
Kevin M.: 1957
Guest Posters: 1
Newest Members:Anthonyvoift, celiahz2, shawnjq4, ManuelShoup, desireewk16, hm146y
Administrators: Fiddlerman: 12308, KindaScratchy: 1687, BillyG: 1991