Chemical Engineering > GATE 2012 > Fluid Flow
A Newtonian fluid of viscosity μ flows between two parallel plates due to the motion of the bottom plate (as shown below), which is moved with a velocity V. The top plate is stationary.
The steady, laminar velocity profile in the x-direction is
A
v[y/b]
B
v[(y/b)2-1]
C
V[1-(y/b)2]
D
V[1-y/b]

Correct : d

Similar Questions

A cylindrical tank with a diameter of 500 mm contains water (density = 1 g·cm−3) up to a height h. A 5 mm diameter round nozzle, whose center is 1 cm above the...
#146 Fill in the Blanks
An incompressible fluid is flowing through a contraction section of length L and has a 1-D (x-direction) steady state velocity distribution, u=u0(1+2x/L). If L=...
#832 Fill in the Blanks
In a steady incompressible flow, the velocity distribution is given by ‾V=3x i0-Py j0+5z k0, where, V is in m/s and...
#841 Fill in the Blanks

Related Topics

No tags found

Unique Visitor Count

Total Unique Visitors

Loading......