Only took me an hour and a half to get my strings fully stretched !

You obviously don't have a trem sysytem on your guitar....."Modern" strings, eh?Big Bad Bill wrote:I always thought stretching strings was unnecessary with modern strings-especially with all this cryogenic this and that!! I never stretch my strings and never have tuning problems. A piece of wire will obey Young's Modulus (within it 's elastic limits, of course) and therefore extension is proportional to force applied-it's extension is linear until it yields and snaps!
If you had to stretch out your strings, the best way to stretch out a string would be to simply tune up a couple of pitches above concert pitch-but I don't think you need to with modern strings.
Hammett boils 'em as well. I'm using 9-42 D'Addario's and I would worry about aging the strings too quickly by boiling them. I'm still having problems keeping the bastard in tune. My non-trem POS cheapo guitar stays in tune much better...realgreenfire wrote:hmm very interesting that you say boil the strings first.. havent thought of that.. but may i ask what boiling them will do with the stretching?
yeah, it still takes me a little while to get my strings on, usually about 30-45 minutes for the whole set on my floating trem..
That sounds like a lot of pontification in your medulla oblongata! Isotropic and good for your cholestorol!Big Bad Bill wrote:Yes, the wound strings are covered in a very thin layer of Goretex which prevents gunk getting into the strings and keeps them sounding zingier for longer! I really have no problems with tuning. I restring, tune up and that's it until I change the strings again (in about a years time!). The only thing that changes my tuning is excessive ambient heat-but hear in the UK, that's very rare
I still don't believe you need to stretch strings-they're like springs-if you stretch them, they return to their original length unless you exceed their elastic limit which is the point you get plastic deformation, yielding and finally breakage. Hasn't anyone studied this in Physics? Basically:
When a specimen made from an isotropic material is subjected to uniaxial tension, say in the x direction, sxx is the only non-zero stress. The strains in the specimen are obtained by,
The modulus of elasticity in tension, also known as Young's modulus E, is the ratio of stress to strain on the loading plane along the loading direction,
Common sense (and the 2nd Law of Thermodynamics) indicates that a material under uniaxial tension must elongate in length. Therefore the Young's modulus E is required to be non-negative for all materials,
E > 0
A Newtonian material will also return to it's original length once the tension is released and the elactic properties of the material remain unchanged. I guess this assumes that strings are made from a Newtonian material which I suppose they may not be!
If you find you need to stretch your strings, I'd suggest what you're actually doing is somehow locking machine heads, freeing the slippage in the nut groove etc etc rather than 'strecthcing in' your strings.