Conversion of torque to force (bolt pushing on stuck brake rotor)?
BS in physics and math here, but apparently not with enough real world application. I say that to prime you for "you can answer as intellectually as you want".
I'm discerning whether to buy a pro-grade rotor puller. I have a rotor badly rusted to the wheel hub, despite how I wire wheeled the hub and greased it before installing the rotor (only 2 years ago). I have removed the brake caliper and have set up a nut and bolt system where I can put a thick bolt through each of the caliper mount holes and as I tighten it, it exerts more pressure on the rotor.
I'd like to know how to calculate the force exerted by the bottom of the bolt, on the surface of the rotor, as a function of the torque I apply to the bolt with a wrench. I've read about axial bolt force but I don't think that that's the measure I need. Any ideas?