Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil 2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is (30N), determine the viscosities of oils. Assume lincar velocity distribution. 1 cm oil 2 Thin plate (surface oil 1 area 1 m) 2 cm Fig. (1)
Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil 2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is (30N), determine the viscosities of oils. Assume lincar velocity distribution. 1 cm oil 2 Thin plate (surface oil 1 area 1 m) 2 cm Fig. (1)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Q1] As slhown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates
at a cons tant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil
2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is
(30N), determine the viscosities of oils. Assume linear velocity distribution.
1 cm
oil 2
Thin plate (surface
oil 1
area 1 m)
2 cm
Fig. (1)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6de1e00d-e59c-46a6-aac2-dcf7e920a715%2F340562a2-3524-4d28-a6e4-dde778caf24a%2Fr5jn1k8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1] As slhown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates
at a cons tant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil
2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is
(30N), determine the viscosities of oils. Assume linear velocity distribution.
1 cm
oil 2
Thin plate (surface
oil 1
area 1 m)
2 cm
Fig. (1)
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