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Find an expression or the diameter of nozzle for maximum transmission of power or Show that the diameter of nozzle for maximum transmission of power is given by d= $[\frac{D^5}{8fl}]^{\frac{1}{4}}$
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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Compressible flow through convergent divergent nozzle
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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591
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Determine the associated exit temperature and velocities.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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648
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Explain briefly the boundary layer formation and define boundary layer thickness.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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562
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Write short notes on : i) Terminal velocity of body (ii) streamlined and bluff bodies (iii) Lift on Airfoil or aerofoil.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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534
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Further also find boundary layer thickness in terms of Reynolds number
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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567
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Explain Circulation and Magnus effect on rotating cylinder.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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determine boundary layer thickness, shear stress, drag force, and coefficient of drag in terms of Reynolds Number
fluid mechanics updated 2.1 years ago by pedsangini276 • 4.8k
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Find the displacement thickness, the momentum thickness and energy thickness for the velocity distribution in boundary layer given by, $\frac{\mu}{U}=2(\frac{y}{\delta})- (\frac{y}{\delta})^2.$
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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What are the classification of gradually varied flow profile
fluid mechanics updated 2.1 years ago by bilalrahma192 • 20
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For a pipe network shown below, determine he flow in each pipe. The value of n may be assumed as 2.0
fluid mechanics updated 2.1 years ago by RakeshBhuse • 3.2k
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A pipe line of 0.6 diameters is 1.5 km long. To increase the discharge, another line of the same diameter is introduced parallel to the first in the second half of the length.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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A pipe line of 0.6 diameters is 1.5 km long. To increase the discharge, another line of the same diameter is introduced parallel to the first in the second half of the length.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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A Pelton bucket wheel is having a Mean diameter of I'm and is running at 1000 y&m Peltm Cleanan ce through The net head on the wheel is Toom if the side angle nozzle is 15 degrees and dischange is 2.1
fluid mechanics updated 2.1 years ago by Chandan15 • 300
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648
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Working from first principles, find the flow rate in the pipeline assuming the venturimeter to be horizontal
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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A two dimensional flow is described in the Langrangian system.
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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924
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Prove that it is a case of possible steady incompressible fluid flow
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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576
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Find the magnitude and direction of the force on the bend
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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Starting from Navier stroke equation for in-compressible laminar flow; derive an equation for velocity profile for Couette flow
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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State assumption made in the derivation of Bernoullis Equation
fluid mechanics updated 2.1 years ago by teamques10 ★ 65k
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560
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Calculate the net flow. Use control volume approach.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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528
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Find the resultant force raid the direction on the bend.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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524
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Explain Reynolds Transportation theorem.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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A two dimensional flow field is given by u = 2y2, v=3x. Find the acceleration at point (-2, 4)
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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Prove that stream function and velocity potential functions are perpendicular to each other at all points of intersection.
fluid mechanics updated 2.1 years ago by sagarkolekar ★ 11k
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