ME 30800 (Introductory Fluid Mechanics - Wassgren section)

Supplemental Materials
Prerequisites Self Quiz
Prerequisites Self Quiz Solutions
Advice for Success
Advice for Preparing Written Assignments
Lecture Materials
Topic Reading Notes Video Examples
Welcome No reading No notes Video (35:25) No examples
Taylor Series Approximations Reading Notes Video (07:34) No examples
Symbolic vs. Numeric Approach Reading Notes Video (18:51) No examples
Units and Unit Conversions Reading Notes Video (07:13)
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Fluid Basics No reading Notes Video (26:35) No examples
Density and Pressure Reading Notes Video (18:18) No examples
Hydrostatic Pressure Variation Reading Notes Video (34:38)
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Barometry and Manometry Reading Notes Video (25:57)
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Hydrostatic Pressure Force and
Center of Pressure for Planar and Curved Surfaces		 Reading Notes Video (42:14)
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Buoyant Forces and Center of Buoyancy Reading Notes Video (17:04)
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Flow Visualization
(Streamlines, Streaklines, and Pathlines)		 Reading Notes Video (37:39)
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Viscosity and Viscous Stresses Reading Notes Video (48:24)
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Non-Newtonian Fluids No reading No notes Video (57:36) No examples
Integral Control Volumes Introduction No reading No notes Video (03:05) No examples
Reynolds Transport Theorem Reading Notes Video (30:28) No examples
Conservation of Mass Reading Notes Video (40:57)
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The Linear Momentum Equation using
an inertial coordinate system		 Reading Notes Video (26:59)
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Bernoullis Equation Reading Notes Video (35:58)
Demonstration (11:23)
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Linear Momentum Equation using
a non-inertial coordinate system		 Reading Notes Lecture Video (13:58)
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Introduction to Differential Control Volumes No Reading No notes Video (02:32) No examples
The Continuity Equation Reading Notes Video (14:25)
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Acceleration of a Fluid Particle Reading Notes Video (13:09)
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Acceleration of a Fluid Particle
in Streamline Coordinates		 Reading No notes No video No examples
The Momentum Equations Reading Notes Video (17:07) No examples
The Navier-Stokes Equations Reading Notes Video (40:32)
Demonstration (41:08;
The scaling analysis
in this video is more
advanced than what is
expected for ME 30800.)
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Introduction to Dimensional Analysis Reading Notes Video (09:43) No examples
Buckingham-Pi Theorem and
Method of Repeating Variables		 Reading Notes Video (58:30)
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Significant Dimensionless Numbers Reading Notes Video (45:06)
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Similarity and Scaling Reading Notes Video (27:22)
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Introduction to Boundary Layers Reading Notes Video (11:44) No examples
Boundary Layer Thickness Measures Reading Notes Video (42:33)
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Laminar Boundary Layers; Skin Friction Drag Reading Notes Video (19:20)
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Momentum Integral Equation Reading Notes Video (27:10)
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Turbulent Boundary Layers Reading Notes Video (16:30)
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Boundary Layer Separation Reading Notes Video (59:34)
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Lift and Drag on Immersed Bodies Reading Notes Video (47:49)
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Pipe Flow Introduction Reading Notes Video (05:50) No examples
Extended Bernoulli Equation Reading Notes Video (25:04)
  1. Example (video, 05:39)
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Major and Minor Head Losses;
Moody Plot; Shaft Head		 Reading Notes Video (76:36)
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Single Path Systems Reading Notes Video (18:14)
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Flowrate Measurements No reading Notes Video (52:06)
  1. Example (video, 22:39)
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Introduction and Pump Types Reading Notes Video (17:11) No examples
Head Curves and Best Efficiency Point Reading Notes Video (17:24)
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Specific Speed Reading Notes Video (13:34)
  1. Example (video, 05:43)
Pump Scaling Reading Notes Video (22:55)
  1. Example (video, 09:42)
  2. Example (video, 14:01)
Net Positive Suction Head Reading Notes Video (25:58)
  1. Example (video, 11:55)
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Operating Point Reading Notes Video (15:44)
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Introduction to Compressible Flow Reading Notes Video (03:22)
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Speed of Sound; Mach Number; Mach Cone Reading Notes Lecture Video (35:50)
Demonstration (10:12)
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Isentropic Flow;
Stagnation and Sonic Conditions		 Reading Notes Video (31:30)
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Isentropic Flow with Area Change Reading Notes Video (39:26)
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1D Flow in a Converging Nozzle Reading Notes Video (34:02)
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Normal Shock Waves Reading Notes Video (29:14)
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1D Flow in a Converging-Diverging Nozzle Reading Notes Video (51:27)
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Measurement Uncertainty Reading Notes 1
Notes 2		 Video 1 (91:32)
Video 2 (23:28)
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Conclusions No reading No notes Video (03:16) No examples
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