OCE 3030 / OCN 3430 FLUID
MECHANICS
Note: this class is being taught by Dr.
Steven Jachec in 2007
SYLLABUS – Fall 2006
Text: Engineering
Fluid Mechanics 8th
edition
Week 1
-
Introduction. Units. Properties.
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Properties. Viscosity. Pressure
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Pressure variation with elevation
Week 2
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Pressure variation (cont.).
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Pressure variation with elevation for compressible fluids. Manometry.
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Hydrostatic force on plane surfaces.
Week 3
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Labor Day Holiday
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Buoyancy. Archimedes Principle.
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Buoyancy (cont.).
Week 4
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Stability.
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Fluid in motion. Velocity. Lagrangian and Eulerian approach. Flow visualization.
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Volume rate of flow (discharge)
Week 5
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The control-volume equation
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Continuity equation.
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Test #1
Week 6
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Continuity equation (examples). Continuity at a point.
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Rotation and Vorticity. Euler equation.
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Bernoulli equation.
Week 7
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Bernoulli equation applications.
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Bernoulli equation non-dimensional form. Pressure distribution.
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Momentum equation.
Week 8
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Day-off. Students day.
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Momentum equation (cont.).
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Moment of momentum equation. Energy equation. Navier-Stokes equation.
Week 9
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Dimensional analysis.
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Dimensional analysis (cont.)
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Similitude
Week 10
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Reynolds Law of Similitude.
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Froude Law of Similitude
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Prediction of prototype characteristics based on model data
Week 11
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Test #2.
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Surface friction. Laminar boundary layer
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Laminar B.L. (cont.).
Week 12
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Turbulent B.L.
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Turbulent B.L. (cont.).
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Veterans Day Holiday.
Week 13
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Laminar flow in pipes.
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Turbulent flow in pipes.
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Losses due to fittings.
Week 14
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Effect of pumps in the system.
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Thanksgiving break
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Thanksgiving break
Week 15
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Drag.
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Drag (cont.) Vortex shedding. Terminal velocity
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Lift.
Week 16
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Lift (cont.).
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Review. Course evaluation
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Study day
Week 17 – Final Exam (?? ?? am- ?? am)
This file was last updated : July 03, 2007. For more information contact
Dr. Stephen Wood