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SHAFT IN PARALLEL:
SHAFT IN PARALLEL: The shaft are in parallel when the driving torque is applied at
the junction of shafts and resisting torque is at other ends of the shafts. Here, angle of twist is same for each shaft, but applied torque is divided between the 2 shaft.
i.e. θ1 = θ 2 and T = T1 + T2
if shaft are made of same material than G1 = G2
Such situation (θ1 = θ2 and T = T1 + T2) also arises when shaft ends are fixed and are subjected to a torque at common junction. As shown in figure given below
Evaluate the motion - Smooth pulley: Block B is accelerated along the horizontal plane via mass A attached to it by a flexible inextensible massless rope passing over a smooth
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Determine the diameter of wire - close coiled helical spring: A close coiled helical spring has to absorb 100 N-m of energy while compressed to 10 cm. The coil diameter is 10
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Kinetics of Rigid Bodies: For the bodies undergoing plane motion, a common scheme for solutions is to apply the equations of dynamic equilibrium as below. ∑ F x = m a x
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