Lecture 23-part 2:  The force of lift.  Circulation and the Magnus effect. Kutta condition. Finite-length wing, aircraft traili

Lecture 23-part 1:  Drag crisis (sphere). Flow around a cylinder. Von Karman vortex street.

Lecture 22-part 2:  Example with friction drag.  Pressure drag.  Streamlining.  Flow around a sphere, and "drag crisis".

Lecture 22-part 1:  Example with lift coefficient. Pressure drag & friction drag. Drag on a flat plate.

Lecture 21-part2:  Forces of flight. Lift & Drag; integral relations. Lift & drag coefficients. Streamlined vs. bluff body.  Fl

Lecture 21-part 1:  External flow. Historical introduction: the dream of flight, Sir George Cayley and 19th century flight theo

Lecture 20-part 2:  The finite difference method.  Simplified model equations.

Lecture 20-part 1:  Introduction to CFD; the basic ingredients (model, discretization, analysis, solution).

Lecture 19-part 2:  Multiple pipe systems.  Minor losses.

Lecture 19-part 1:  Piping systems, three types of problems. Examples.

Fluid Mechanics (2010) - ENG ME303 - Videos

Excellent course! is there any reason why Lecture 5 is missing?

Lecture 5 Missing?

I&#39;m half way across the world and I appreciate this course so MUCH!!!

This course is great!

Lecture 2-part 2:  Compressibility, vapor pressure, cavitation, and the pistol shrimp

Lecture 1-theory supplement:  Viscosity and shearing stress.

Lecture 2-part 1:  Non-Newtonian fluids; oobleck and leaping shampoo.

Lecture 3-part 1:  Surface tension, and the feeding habit of the phalaropes

Lecture 18-part 1:  Pipe flow; laminar results; inclined pipes. Energy required to pump through a pipe.

Lecture 17-part 2:  Boundary layer equations, Prandtl-Blasius solution; turbulent boundary layer.  Introduction to CFD.

Lecture 17-part 1:  Conversation about mathematics.  Streamfunction.  Boundary layer.

Lecture 16-part 2:  Poiseuille flow (cont.). The streamfunction.

Lecture 16-part 1:  Review: planar Poiseuille & Couette flow.  Taylor-Couette flow. Poiseuille flow in a pipe.

Lecture 15-part 1:  Inertial and viscous effects.  Stokes flow (creeping flow).  Laminar vs. turbulent: Reynolds experiment.

Lecture 14-part 2:  Navier-Stokes, simplified forms for particular flow situations.  Laminar vs. Turbulent flow. Reynolds numbe

Lecture 14-part 1:  The Navier-Stokes equations.  Examples of simplifying the equations for certain cases.

Lecture 13-part 2:  Equations of motion in differential form. Euler's equation.

Lecture 13-part 1:  Introduction to differential analysis of fluid motion; derivation of Continuity equation.

Lecture 12-part 2:  Rocket example.  Proper derivation of Bernoulli equation. Newton's law perpendicular to a streamline.

Lecture 12-part 1:  Momentum equation for moving or accelerating control volume. The rocket equation.

Lecture 11-part 2:  Example: a wind turbine; the Betz limit.

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