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Inertial forces of a slider crank
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[QUOTE="billy_joule, post: 5270973, member: 515386"] You aren't given the mass of the crank because you don't need it. The only information you need from the crank is what point B is doing - the direction and magnitude of it's acceleration and velocity. Point C is constrained to B and the horizontal plane so you can find it's linear a & v and then the magnitude of the F[SUB]x[/SUB] on it. I don't know what 'equivalent offset inertial force' is but you can find the angular and translational velocities and accelerations of BC and then the forces on BC. [/QUOTE]
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Inertial forces of a slider crank
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