- #1
mattia
- 4
- 1
Imagine an half car model with the two suspension and two wheels. There is a torque applied to the rear wheels, that torque create the force between tire/asphalt that pull the car.
How that torque react in the main body? I have two hypotesis:
1) It's only internal force that tend to bend the suspension. If we consider a rigid model, it has no effect
2) it divide between wheel and body, compared to the relative inertia respect to the rear wheel hub. For example, if the inertia of the rear wheel is 1 Nm^2 that of the body is 999 Nm^2 and the torque is 1000 Nm, the results is 999 Nm on the rear wheel, and 1 Nm that tend to lift the front wheel.
Is one of these two hypotesis correct?
If the second one is correct, how the 1Nm of the torque affect the body? A rotation, with compression of the rear suspension and extension of the front one?
Thank you
How that torque react in the main body? I have two hypotesis:
1) It's only internal force that tend to bend the suspension. If we consider a rigid model, it has no effect
2) it divide between wheel and body, compared to the relative inertia respect to the rear wheel hub. For example, if the inertia of the rear wheel is 1 Nm^2 that of the body is 999 Nm^2 and the torque is 1000 Nm, the results is 999 Nm on the rear wheel, and 1 Nm that tend to lift the front wheel.
Is one of these two hypotesis correct?
If the second one is correct, how the 1Nm of the torque affect the body? A rotation, with compression of the rear suspension and extension of the front one?
Thank you