Ina fluid the velocity mea sured at a distance75 mm from the boundary îs 125 m/s-The fluid has absolute vis co Sity o.048 Pa s andofrejutive density 0.913. What is the veloutygradient and shear Stress qt the boundary assuminga linear velocity distribution ? Determinekinematic viscosity.

Given data, dy= 75 mm du = 1.125 m/s u = 0.048 Pa-s S = 0.913

In a fluid the velocity mea sured at a distance 75 mm from the boundary îs 125 m/s- The fluid has absolute vis co sity o.048 Pas and of rejutive density 0.913. What îs the velocity gradient and shear Stress at the boundary assuming a linear velocity distribution ? Determine kinematic viscosity.

In a fluid the velocity mea sured at a distance 75 mm from the boundary îs 125 m/s- The fluid has absolute vis co sity o.048 Pas and of rejutive density 0.913. What îs the velocity gradient and shear Stress at the boundary assuming a linear velocity distribution ? Determine kinematic viscosity.

Structural Analysis

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Author:KASSIMALI, Aslam.

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Chapter2: Loads On Structures

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In
a fluid the velocity mea sured at a distance
75 mm from the boundary îs 125 m/s-
The fluid has absolute vis co Sity o.048 Pa s and
of
rejutive density 0.913. What is the velouty
gradient and shear Stress qt the boundary assuming
a linear velocity distribution ? Determine
kinematic viscosity.

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