A 0.6 m square glass plate slides on a plane with a slope of 30° from the horizontal (Figure 1.2). Knowing that the plate weighs 30 N and that it acquires a constant speed of 5 cm/s, it is asked: determine the dynamic viscosity of the film 0.1 mm lubricant, which is between the plates. Assume the velocity diagram linear in the fluid film). (R: 0.0833 Ns/m2) 5cm/s Figure 1.2 0.1 mm
A 0.6 m square glass plate slides on a plane with a slope of 30° from the horizontal (Figure 1.2). Knowing that the plate weighs 30 N and that it acquires a constant speed of 5 cm/s, it is asked: determine the dynamic viscosity of the film 0.1 mm lubricant, which is between the plates. Assume the velocity diagram linear in the fluid film). (R: 0.0833 Ns/m2) 5cm/s Figure 1.2 0.1 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A 0.6 m square glass plate slides on a plane with a slope of 30° from the horizontal (Figure 1.2).
Knowing that the plate weighs 30 N and that it acquires a constant speed of 5 cm/s, it is asked:
determine the dynamic viscosity of the film 0.1 mm lubricant, which is between the plates. Assume the
velocity diagram linear in the fluid film). (R: 0.0833 Ns/m2)
5cm/s
Figure 1.2
0.1 mm
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