If a force (p) of ( 0.9 ) N causes the 30 mm diameter shaft to slide along the lubricated bearing with a constant speed (y) of 1.8 m/s, determine the hydraulic shear stress (T) and dynamic viscosity ( Mu ) of the lubricant .Also , find the constant speed Ynew in m/s of the shaft when the magnititude of P is tripled value .The gap between the bearing and the shaft is1 mm and the width of the shaft (x) is 20 mm as shown in the figure bellow. The hydraulic shear stress ( Tau) is------- In pa? The value of the dynamic viscosity ( Mu ) in Pa.sec is? In pa.sec The new speed of the shaft when the value of the force P has been tripled
If a force (p) of ( 0.9 ) N causes the 30 mm diameter shaft to slide along the lubricated bearing with a constant speed (y) of 1.8 m/s, determine the hydraulic shear stress (T) and dynamic viscosity ( Mu ) of the lubricant .Also , find the constant speed Ynew in m/s of the shaft when the magnititude of P is tripled value .The gap between the bearing and the shaft is1 mm and the width of the shaft (x) is 20 mm as shown in the figure bellow. The hydraulic shear stress ( Tau) is------- In pa? The value of the dynamic viscosity ( Mu ) in Pa.sec is? In pa.sec The new speed of the shaft when the value of the force P has been tripled
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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If a force (p) of ( 0.9 ) N causes the 30 mm diameter shaft to slide along the lubricated bearing with a constant speed (y) of 1.8 m/s, determine the hydraulic shear stress (T) and dynamic viscosity ( Mu ) of the lubricant .Also , find the constant speed Ynew in m/s of the shaft when the magnititude of P is tripled value .The gap between the bearing and the shaft is1 mm and the width of the shaft (x) is 20 mm as shown in the figure bellow.
The hydraulic shear stress ( Tau) is-------
In pa?
The value of the dynamic viscosity ( Mu ) in Pa.sec is? In pa.sec
The new speed of the shaft when the value of the force P has been tripled is? In m/sec
Transcribed Image Text:x mm
Y m/s
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