Capside area of each actuator = Acap = 2A-Rodeside area of each actuator = Arod = A%3D-The viscous friction force in each actuator:-Actuator 2: F2 = b2 V2-Actuator 1: F, = b, v,-where v,and v, are the velocities of the respective actuators.-a) The figure below shows the two actuators connected in parallel driven by variable flow pump.a-Determine the relationship between pump flow Q and pump pressure p (interms of b,, b, and A)-• Sketch p vs Q-Assuming b, > b2 which actuator moves faster?-1In this problem, we consider two actuators connected in parallel and in series.-b) Figure below shows the two actuators connected in series also driven by a variable flow pump.-Find actuator speeds v, and v, as functions of pump flow Q-Find relationship between p and Q and sketch p vs Q.

Hydraulics and Pneumatics(Mechanical Engineering)

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