Fluid Mechanics (2010) - ENG ME303 - Videos

Fluid Mechanics (2010) - ENG ME303 - Videos

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This is a first course in the great subject of fluid mechanics, which fascinated from Leonardo da Vinci to every one of the great physicists of modern times. As an engineer, you will most certainly deal with problems related to fluid behavior, so understanding this behavior is an essential aspect of…

L A Barba, Boston University


    • Dec 8, 2010 LATEST EPISODE
    • infrequent NEW EPISODES
    • 39m AVG DURATION
    • 46 EPISODES


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    Latest episodes from Fluid Mechanics (2010) - ENG ME303 - Videos

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

    Play Episode Listen Later Dec 8, 2010 40:41


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

    Play Episode Listen Later Dec 6, 2010 30:40


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

    Play Episode Listen Later Dec 6, 2010 40:53


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

    Play Episode Listen Later Dec 2, 2010 38:24


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

    Play Episode Listen Later Dec 1, 2010 44:06


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

    Play Episode Listen Later Dec 1, 2010 34:54


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

    Play Episode Listen Later Dec 1, 2010 44:47


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

    Play Episode Listen Later Dec 1, 2010 16:04


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

    Play Episode Listen Later Nov 29, 2010 38:39


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

    Play Episode Listen Later Nov 28, 2010 40:27


    Lecture 18-part 2: Pipe friction factor. Moody chart. Example calculation.

    Play Episode Listen Later Nov 27, 2010 40:00


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

    Play Episode Listen Later Nov 26, 2010 39:26


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

    Play Episode Listen Later Nov 25, 2010 36:25


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

    Play Episode Listen Later Nov 25, 2010 27:42


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

    Play Episode Listen Later Nov 25, 2010 35:22


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

    Play Episode Listen Later Nov 22, 2010 46:51


    Lecture 15-part 2: Simple solutions of viscous flow; planar Poiseuille & Couette flow.

    Play Episode Listen Later Nov 22, 2010 31:14


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

    Play Episode Listen Later Nov 22, 2010 41:20


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

    Play Episode Listen Later Nov 22, 2010 30:07


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

    Play Episode Listen Later Nov 15, 2010 48:01


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

    Play Episode Listen Later Nov 14, 2010 39:19


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

    Play Episode Listen Later Nov 14, 2010 50:35


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

    Play Episode Listen Later Nov 1, 2010 45:55


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

    Play Episode Listen Later Oct 27, 2010 46:23


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

    Play Episode Listen Later Oct 25, 2010 29:58


    Lecture 11-part 1: Energy equation in terms of fluid head, with pump and turbine. Pump power and turbine power equations.

    Play Episode Listen Later Oct 25, 2010 49:00


    Lecture 10-part 2: Comparison of Energy and Bernoulli equations. Available energy and loss. Kinetic energy correction. Pressu

    Play Episode Listen Later Oct 21, 2010 44:23


    Lecture 10-part 1: Example with Bernoulli. Energy Equation. Application: steam turbine generator.

    Play Episode Listen Later Oct 20, 2010 38:07


    Lecture 9-part 2: Applications of Bernoulli; free jet, sharp exit, confined flows, flow rate measurement. Energy Equation.

    Play Episode Listen Later Oct 18, 2010 42:18


    Lecture 9-part 1: Stagnation pressure, dynamic pressure, stagnation tube equation, pitot tube.

    Play Episode Listen Later Oct 16, 2010 38:05


    Lecture 8-part 2: Pipe bends. Bernoulli equation along a streamline. Static, stagnation, dynamic and total pressures

    Play Episode Listen Later Oct 4, 2010 49:18


    Lecture 8-part 1: Using conservation of mass and momentum in problems (nozzles and vanes)

    Play Episode Listen Later Oct 4, 2010 46:29


    Lecture 7-part 2: Types of forces on fluid systems. Bernoulli equation. Examples.

    Play Episode Listen Later Oct 2, 2010 46:52


    Lecture 7-part 1: Fluids in uniform rotation. Conservation of mass & momentum.

    Play Episode Listen Later Oct 2, 2010 45:41


    Lecture 6-part 2: Example calculations of forces on submerged objects. Buoyancy and stability. Fluids uniformly accelerating.

    Play Episode Listen Later Oct 1, 2010 47:12


    Lecture 6-part 1: Forces on submerged surfaces

    Play Episode Listen Later Sep 30, 2010 37:53


    Lecture 4-theory supplement: Pressure at a point does not depend on direction

    Play Episode Listen Later Sep 29, 2010 8:44


    Lecture 4-part 2: More on hydrostatics and pressure measurement

    Play Episode Listen Later Sep 29, 2010 34:35


    Lecture 4-part 1: Fluid statics, hydrostatic pressure, manometers

    Play Episode Listen Later Sep 29, 2010 49:46


    Lecture 3-part 2: Marangoni effect, contact angle, capillary action, and the phalaropes again

    Play Episode Listen Later Sep 27, 2010 43:20


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

    Play Episode Listen Later Sep 27, 2010 43:39


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

    Play Episode Listen Later Sep 17, 2010 51:50


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

    Play Episode Listen Later Sep 16, 2010 39:03


    Lecture 1-theory supplement: Viscosity and shearing stress.

    Play Episode Listen Later Sep 8, 2010 15:16


    Lecture 1-part 2: Review of dimensions/units; mass & weight; ideal gas law.

    Play Episode Listen Later Sep 8, 2010 52:50


    Lecture 1-part 1: What is a fluid? Viscosity and shearing stress, no-slip condition.

    Play Episode Listen Later Sep 8, 2010 39:11


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