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1 Some Characteristics of Fluids, Dimensions, Dimensional Homogenity, and Units, Analysis of Fluid Behavior, Measures of Fluid Mass and Weight, Ideal Gas Law, Viscosity,
2 Pressure at a Point, Basic Equation for Pressure Field, Pressure Variation in a Fluid at Rest, Standard Atmosphere, Measurement of Pressure, Manometry, Mechanical and Electronic
3 Continuation
4 The Velocity Field, The Acceleration Field, Control Volume and System Representations, Reynolds Transport Theorem, Conservaton of Mass, Conservation of Linear Momentum
5 Newton s Second Law, Static, Stagnation Dynamic, and Total Pressure, Examples of Use of the Bernouilli Equation
6 Continuation
7 Fluid Element Kinematics, Conservation of Mass, Conservation of Linear Momentum, Inviscid Flow, Some Basic, Plane Potential Flows, Superposition of Basic, Plane Potential Flows,
8 Dimesional Analysis, Buckingham Pi Theorem, Common Dimensionless Groups in Fluid Mechanics, Modeling and Similitude, Some Typical Model Studies
9 General Characteristics of Pipe Flow, Fully Developed Laminar Flow, Fully Developed Turbulent Flow, Dimensional Analysis of Pipe Flow
10 Continuation
11 General External Flow Characteristics, Boundary Layer Characteristics, Drag, Lift
12 Continuation
13 Compressible flow, turbomachinery
14 Applications of turbomachinery, water hammer |