- #1
Geegeegee
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Hi, I was wondering whether anyone can help with a question I have about the forces acting on a car wheel and the forces the wheel induces on the ground surface.
The way I understand it, a car wheel traveling on a flat surface has the following forces acting on it:
-vertical force due to the weight of the car (acts at centre?)
-a torque applied by the engine at the axle
-a horizontal force in the direction of travel (is this separate to the torque or just a component of it?)
I was not sure how these forces acting on the wheel can be translated to forces at the ground-wheel interface. I know there will be a horizontal force in the opposite direction of travel, and a possibly eccentric vertical force acting on the ground. Is there also a torque? Or is this completely incorrect? I have included an image of what my understanding is. Any help would be greatly appreciated.
The way I understand it, a car wheel traveling on a flat surface has the following forces acting on it:
-vertical force due to the weight of the car (acts at centre?)
-a torque applied by the engine at the axle
-a horizontal force in the direction of travel (is this separate to the torque or just a component of it?)
I was not sure how these forces acting on the wheel can be translated to forces at the ground-wheel interface. I know there will be a horizontal force in the opposite direction of travel, and a possibly eccentric vertical force acting on the ground. Is there also a torque? Or is this completely incorrect? I have included an image of what my understanding is. Any help would be greatly appreciated.