A cone-and-cup viscometer (see Fig. P3) is used to measure the viscosity of an oil which fills the clearance between the housing (cup) and cone. Cone rotates at 75 rev/s and geometry of the viscometer is given in the figure. If the moment applied to the shaft is measured to be T = 0.325 N . m, determine the viscosity u of the oil. Recommendation: The shear stress t acting on the surface of the cone should be expressed as a function of vertical coordinate z. N-s Ans: 1.012 m2 o= 75 rev/s 0.2 mm la-30 25 mm -OIL Fig. P3 1 of 2
A cone-and-cup viscometer (see Fig. P3) is used to measure the viscosity of an oil which fills the clearance between the housing (cup) and cone. Cone rotates at 75 rev/s and geometry of the viscometer is given in the figure. If the moment applied to the shaft is measured to be T = 0.325 N . m, determine the viscosity u of the oil. Recommendation: The shear stress t acting on the surface of the cone should be expressed as a function of vertical coordinate z. N-s Ans: 1.012 m2 o= 75 rev/s 0.2 mm la-30 25 mm -OIL Fig. P3 1 of 2
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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Hi, i want a detailed solution.
the problem is related advanced fluid
Transcribed Image Text:A cone-and-cup viscometer (see Fig. P3) is used to measure the viscosity of an oil which fills the
clearance between the housing (cup) and cone. Cone rotates at 75 rev/s and geometry of the
viscometer is given in the figure. If the moment applied to the shaft is measured to be T = 0.325 N .
m, determine the viscosity u of the oil.
Recommendation: The shear stress acting on the surface of the cone should be expressed as a
function of vertical coordinate z.
N•s
Ans: 1.012
T
w = 75 rev/s
0.2 mm
le -30°
25 mm
-OIL
Fig. P3
1 of 2
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