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Week
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Topics
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Study Metarials
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1
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Introduction: Definition of fluid, Scope of fluid mechanics in engineering, Dimensions and units, Properties of fluid
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R1, Chapter 1, pp. (2-33)
R2, Chapter 1
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2
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Basic Concepts: Definition of continuum, Viscosity, Fluid types, Vapor pressure and cavitations
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R1, Chapter 2, pp. (38-63)
R2, Chapter 2
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3
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Pressure and Fluid Static: Pressure and pressure gradient, Hydrostatic pressure distribution, Manometers
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R1, Chapter 3, pp. (76-89)
R2, Chapter 3
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4
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Pressure and Fluid Static: Hydrostatic forces acting on immersed plane surfaces, Hydrostatic forces acting on immersed bodies
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R1, Chapter 3, pp. (89-95)
R2, Chapter 3
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5
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Pressure and Fluid Static: Flotation and stability, Pressure distribution in rigid body motion
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R1, Chapter 3, pp. (95-112)
R2, Chapter 3
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6
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Fluid Kınematics: Basic conservation equations for a system: Mass, momentum and energy conservation equations, Reynolds transport theorem, Definition of streamline function
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R1, Chapter 4, pp. (134-170)
R2, Chapter 4
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7
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Continuity and Bernoulli Equations - I
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R1, Chapter 5, pp. (186-199)
R2, Chapter 5
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8
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Continuity and Bernoulli Equations - II
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R1, Chapter 5, pp. (199-230)
R2, Chapter 5
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9
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Momentum Theorem: Momentum Analysis Of Flow Systems
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R1, Chapter 6, pp. (244-275)
R2, Chapter 6
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10
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Dimensional Analysis And Similarity: Basic principles, Pi theorem, Non-dimensionlisation
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R1, Chapter 7, pp. (275-327)
R2, Chapter 7
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11
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Frictional Pipe Flow: Reynolds number, Velocity and pressure distribution, Calculation of friction and local losses in laminar and turbulent flows
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R1, Chapter 8, pp. (347-374)
R2, Chapter 8
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12
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Frictional Pipe Flow: Parallel-serial pipeline systems, Flow in non-circular pipes. Flow rate and velocity measurements
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R1, Chapter 8, pp. (374-408)
R2, Chapter 8
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13
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External Flow: Boundary layer equations, Drag and lifting forces
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R1, Chapter 11, pp. (608-630)
R2, Chapter 9
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14
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External flows over common geometries
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R1, Chapter 12, pp. (660-702)
R2, Chapter 10
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