A single rod single acting actuator has a cylinder with an external diameter of 120.5mm, a wall thickness of 5 mm, a piston diameter of 110mm, a hydraulic fluid with an absolute viscosity of 0.009Pa/s and a piston 60mm wide which is required to move at 5m/s on its outward stroke and applies a force of 3000 N with a 50 mm-diameter rod. Calculate the viscous Force that must be overcome on the outward stroke; the pressure required ;The force on the return stroke; the flow rate of this operation and the velocity of the piston on the return stroke.
A single rod single acting actuator has a cylinder with an external diameter of 120.5mm, a wall thickness of 5 mm, a piston diameter of 110mm, a hydraulic fluid with an absolute viscosity of 0.009Pa/s and a piston 60mm wide which is required to move at 5m/s on its outward stroke and applies a force of 3000 N with a 50 mm-diameter rod. Calculate the viscous Force that must be overcome on the outward stroke; the pressure required ;The force on the return stroke; the flow rate of this operation and the velocity of the piston on the return stroke.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A single rod single acting actuator has a cylinder with an external diameter of 120.5mm, a wall
thickness of 5 mm, a piston diameter of 110mm, a hydraulic fluid with an absolute viscosity of 0.009Pa/s
and a piston 60mm wide which is required to move at 5m/s on its outward stroke and applies a force of
3000 N with a 50 mm-diameter rod. Calculate the viscous Force that must be overcome on the outward
stroke; the pressure required ;The force on the return stroke; the flow rate of this operation and the
velocity of the piston on the return stroke.
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