 |
| FLUID MECHANICS SOLUTION y - y^(3/2), where u is the point velocity in m/s at a distance y metre above the plate. Determine the shear stress at y=9cm. Assume dynamic viscosity as 8 poise./F7%2B4.jpeg "The velocity distribution for flow over a flat plate is given by u= (3/2)y - y^(3/2), where u is the point velocity in m/s at a distance y metre above the plate. Determine the shear stress at y=9cm. Assume dynamic viscosity as 8 poise.") |
USE CALCULATOR
MECHPEDIA CALCULATOR
The velocity distribution for flow over a flat plate is given by u= (3/2)y - y^(3/2), where u is the point velocity in m/s at a distance y metre above the plate. Determine the shear stress at y=9cm. Assume dynamic viscosity as 8 poise.
The velocity is u= (3/2)y - y^(3/2) where u is the point velocity in m/s at a distance y metre .Determine the shear stress at y=9cm. Assume dynamic viscosity as 8 poise.
Labels:
Fluid mechanics,
The velocity is u= (3/2)y - y^(3/2) where u is the point velocity in m/s at a distance y metre .Determine the shear stress at y=9cm. Assume dynamic viscosity as 8 poise.
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment