Weeks | Topics |
1 |
Introduction to Fluid Mechanics, properties of fluids, dimensions, dimensional homogeneity.
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2 |
Behavior of fluid flow against shear stresses, concept of viscosity
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3 |
Hydrostatic, variation of pressure with depth, practical application of pressure-depth relationship
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4 |
Pressure and buoyant forces on plane surfaces
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5 |
Pressure and buoyant forces on curved surfaces
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6 |
Euler’s equilibrium equations and their applications
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7 |
Fluid kinematics, Lagrangian and Eularian descriptions, flow lines, flow tubes
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8 |
Acceleration concept in fluid mechanics
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9 |
Hydrodynamics, basic equations of one dimensional flow, continuity equation, energy equation, impulse-momentum equation
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10 |
Bernoulli equation and its applications
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11 |
Impulse-momentum equation and its applications
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12 |
One and two dimensional flows in viscous flow conditions
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13 |
Potential Flow Theory, Rotation, Circulation, Stream and Potential Functions
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14 |
Practical Applications of Potential Flow Theory
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