- #1
cristian
- 7
- 0
Hello guys!
I'm trying to model a simple model of a driving shaft connected to a rear axle. The axles are connected to each other by a pinion and crown gear. However this isn't any problem to model.
My problem is that I want the driving shaft to rotate at a constant angular speed and then also apply torque to it. Is this even possible?
The formula: Torque = (Inertia)*(Angular velocity)
says that Torque = 0 when Angular velocity = 0.
My idea was to use a brake (or motor) at the rear axle to be able to create torque on the driving shaft.
I've been stuck with this for 2 days now, any help is appreciated :)
I'm trying to model a simple model of a driving shaft connected to a rear axle. The axles are connected to each other by a pinion and crown gear. However this isn't any problem to model.
My problem is that I want the driving shaft to rotate at a constant angular speed and then also apply torque to it. Is this even possible?
The formula: Torque = (Inertia)*(Angular velocity)
says that Torque = 0 when Angular velocity = 0.
My idea was to use a brake (or motor) at the rear axle to be able to create torque on the driving shaft.
I've been stuck with this for 2 days now, any help is appreciated :)