Fluid Mechanics (II )
Your text book is:
Fluid Mechanics; By: Victor L.Streeter and E.Benjamin Wylie
This course covers 3 units of your total of 140 units for B.Sc. Degree
Each unit includes 1 hour of lecture per week over 16 weeks for a term.
General Course topics:
Similitude; Model Studies
Introduction to Fluid Dynamics
Viscous Effects: Fluid Resistance to Fluid Flow,
Laminar, Incompressible, Steady Flow between Parallel Plates
Laminar Flow through Circular Tubes and Circular Annuli, The Reynolds Number
Prandtl Mixing Length; Velocity Distribution in Turbulent Flow, Transport Phenomena
Boundary-Layer Concepts, Drag on Immersed Bodies, Resistance to Turbulent Flow in Open and Closed Conduits
Steady Uniform Flow in Open Channels, Steady Incompressible Flow through Simple Pipe Systems
Lubrication Mechanics
Steady Closed-Conduit Flow, Exponential Pipe-Friction Formulas
Hydraulic and Energy Grade Lines, The Siphon, Pipes in Series, Pipes in Parallel, Branching Pipes
Networks of Pipes, Computer Program for Steady-State Hydraulic Systems
Compressible Flow, Perfect-Gas Relations, Speed of a Sound Wave; Mach Number
Shock Waves, Fanno and Rayleigh Lines, Adiabatic Flow with Friction in Conduits
Frictionless Flow through Ducts with Heat Transfer, Steady Isothermal Flow in Long Pipelines
Analogy of Shock Waves to Open-Channel Waves
Turbo machinery; Homologous Units; Specific Speed
Elementary Cascade Theory, Theory of Turbo machines,
Reaction Turbines, Pumps and Blowers, Impulse Turbines, Centrifugal Compressors
Cavitations
Ideal-Fluid Flow; Requirements for Ideal-Fluid Flow
Euler’s Equation of Motion, Irrotational Flow; Velocity Potential
Integration of Euler’s Equations; Bernoulli Equation
Stream Functions; Boundary Conditions
The Flow Net, Two-dimensional Flow