Mechanical Engineering Exam > Mechanical Engineering Tests > Fluid Mechanics for Mechanical Engineering > Test: Turbulent Flow - 2 - Mechanical Engineering MCQ
Test: Turbulent Flow - 2 - Mechanical Engineering MCQ
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9 Questions MCQ Test Fluid Mechanics for Mechanical Engineering - Test: Turbulent Flow - 2
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Detailed Solution for Test: Turbulent Flow - 2 - Question 1
shear stress variation where y is distance from pipe wall, so, the shear stress varies linearly with the distance from the boundary to become zero at the center.
Test: Turbulent Flow - 2 - Question 2
Water of kinematic viscosity v = 1 centistoke flows through a 10 mm diameter pipe. The critical flow in this pipe would correspond to a discharge of approximately
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Test: Turbulent Flow - 2 - Question 4
Friction factor f in laminar and turbulent flow in a pipe varies as Re-1 and Re-0.25 respectively. If V\s the average velocity, the pressure drop in a horizontal pipe for laminar and turbulent flow respectively will be proportional to
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Test: Turbulent Flow - 2 - Question 6
The critical value of reynolds number for transition from laminar to turbulent boundary layer in external flows is taken as
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Test: Turbulent Flow - 2 - Question 8
In a fully turbulent flow through a rough pipe, the friction factor ‘f’ is (Re is Reynolds number and ξs/D is relative roughness)
Test: Turbulent Flow - 2 - Question 9
Using the Prandtl's mixing length concept, how is the turbulent shear stress expressed?
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