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Aim

Theory

Pretest

Procedure

Simulation

Posttest

References

Contributors

Feedback

Displacement,Momentum and Energy thickness-Boundary layer flow

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Displacement thickness is given by

a:

\int^{1}_{0} (\frac{u}{U}) dy

Explanation

Explanation

b:

\int^{\Delta}_{2} (1 + \frac{u}{U}) dy

Explanation

Explanation

c:

\int^{\Delta}_{0} (1 - \frac{u}{U}) dy

Explanation

Explanation

d:

\int^{\Delta}_{0} (1 + \frac{u}{U})

Explanation

Explanation

Momentum thickness is given by

a:

\int^{\Delta}_{0} \frac{u}{U} [1 - \frac{u}{U}] dy

Explanation

Explanation

b:

\int^{\Delta}_{0} [1 - \frac{u}{U}] dy

Explanation

Explanation

c:

\int^{\Delta}_{0} [1 + \frac{u}{U}] dy

Explanation

Explanation

d:

\int^{\Delta}_{0} [1 - \frac{u}{U}]

Explanation

Explanation

Energy thickness is given by

a:

\int^{\Delta}_{0} [1 - \frac{u^2}{U^2}] dy

Explanation

Explanation

b:

\int^{\Delta}_{0} \frac{u}{U} [1 - \frac{u}{U}] dy

Explanation

Explanation

c:

\int^{\Delta}_{0} \frac{u}{U} [1 + \frac{u^2}{U^2}]

Explanation

Explanation

d:

\int^{\Delta}_{0} \frac{u}{U} [1 - \frac{u^2}{U^2}] dy

Explanation

Explanation

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