It depends what you define as quality parts. If you have super-overkill strong parts you can spin it higher than if you have good condition stockers. The're both of 'good quality', but one will be stronger, that's just semantics though. Piston acceleration should be the magic number here because if you recall some basic physics, F=m*a.
If you're feeling frisky, find the position of the piston with respect to the crankshaft angle, take the 2nd derivative of the whole thing with respect to time. Do it all in standard metric units(m, s, Hz are the useful ones here) and you should get an an answer that works out to roughly something*cos(something else(t)) m/s^2. The coefficient of the cosine(or sine, depending on where you started) is the max acceleration. You could then find the force, and subsequently weather or not your parts will deform or break.
It's always so easy to say it, doing it is a different story. I'd do it, but I've got an english paper due very soon and I havn't finished the book yet.