Calculating angular acceleration and translating to force

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swerider
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Hi there
I need some help in calculating the force created by angular motion.
I am designing a wheelie bar for my motorcycle and need to know what force the design must be able to handle.
I have attached a simple sketch of the design.
Taking into account; torque produced by the engine, bike-rider mass, position of center of mass...How would I go about calculating the force induced by angular motion about the rear wheel center as the wheelie bar hits the ground?
Thanks!
 
Attachments
  • Side-view diagram of a motorcycle rear wheel with a swing arm, sub-frame and wheelie bar; a circle marks the wheel hub, with labels for Sub-frame, Swing arm, Tyre and Wheelie bar.
    concept1.jpg
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Do you want to know how much torque it would take to lift the front tire of your bike off the ground .
If you watch this video in like the first 10 minutes he talks about rotating cylinders and torque and moment of inertia , and relating angular acceleration to linear acceleration and relating it to force. And it will probably help you figure it out ,
 
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