Expression for x-component of momentum equation


Question 1:

Illustrate the momentum equation for the fluid flow in integral form.

Question 2:

Based on this, obtain the expression for the x-component of momentum equation in differential form.

Question 3:

Write down a brief notes on

a) Vorticity and circulation

b) Real flow over a circular cylinder

c) Velocity potential for a flow with uniform velocity.

Question 4:

Make a distinction between laminar and turbulent flows.

Question 5:

Compare, with the use of sketches, the laminar and turbulent boundary layers.

Question 6:

Illustrate out the term flow separation.

Question 7:

Write down a brief notes on

a) Zero-lift angle of attack

b) Vortex filament and vortex sheet

c) Kelvin’s circulation theorem.

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Other Engineering: Expression for x-component of momentum equation
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