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Download Advanced Fluid Mechanics Course for Free

Download the complete Advanced Fluid Mechanics video course for free with high-definition MP4 video lectures, project exercise archives, and step-by-step masterclasses. Learn offline at your own pace with zero paywalls or recurring subscriptions.

85Lectures

39.2Total Hours

5169.5MB Total Size

MP4 / 1080p HD

Instructor: Udemy

English

Beginner to advanced

Tags:#Course Advanced Fluid Mechanics#Download Advanced Fluid Mechanics#Download course Advanced Fluid Mechanics#Free Advanced Fluid Mechanics#Free download Advanced Fluid Mechanics#Prof. Samer#free-download#video-course

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The Acceleration Field of a Fluid

MP4 HD26m•57.14 MB

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Example 6

MP4 HD10m•22.56 MB

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The Stream Function

MP4 HD21m•45.38 MB

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Example 7

MP4 HD25m•54.63 MB

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The Stream Function in Cylindrical Coordinates

MP4 HD21m•45.35 MB

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Vorticity and Irrotationality

MP4 HD29m•64.73 MB

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Frictionless Irrotational Flow

MP4 HD37m•81.64 MB

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Velocity Potential

MP4 HD18m•38.98 MB

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Example 8

MP4 HD44m•97.34 MB

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Example 9

MP4 HD8m•18.34 MB

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Example 10

MP4 HD11m•24.76 MB

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Example 1

MP4 HD6m•12.56 MB

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Potential Flow Uniform Flow

MP4 HD15m•32.56 MB

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Potential Flow Source and Sink

MP4 HD15m•33.45 MB

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Potential Flow Vortex

MP4 HD59m•129.04 MB

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Potential Flow Doublet

MP4 HD1h 1m•133.39 MB

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Example 11

MP4 HD7m•16.35 MB

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Example 12

MP4 HD6m•12.83 MB

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Example 13

MP4 HD29m•64.75 MB

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Superposition of Potential Flows Source in a Uniform Stream—Half-Body

MP4 HD44m•97.44 MB

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Example 14

MP4 HD25m•55.11 MB

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Superposition of Potential Flows Rankine Ovals

MP4 HD52m•115.42 MB

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Example 2

MP4 HD6m•14.14 MB

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Superposition of Potential Flows Flow Around a Cylinder

MP4 HD1h 10m•155.08 MB

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Superposition of Potential Flows Flow Around a Rotating Cylinder

MP4 HD1h 1m•133.91 MB

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Example 15

MP4 HD11m•23.97 MB

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Example 16

MP4 HD16m•34.17 MB

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Example 17

MP4 HD16m•36.17 MB

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The Differential Equation of Mass Conservation

MP4 HD21m•45.21 MB

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Example 3

MP4 HD2m•4.57 MB

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Example 4

MP4 HD3m•5.73 MB

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Linear and Shear Strain Rates

MP4 HD43m•94.32 MB

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Navier-Stokes Equation

MP4 HD47m•103.18 MB

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Example 5

MP4 HD41m•91.06 MB

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Couette Flow between a Fixed and a Moving Plate

MP4 HD12m•26.41 MB

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Flow Due to Pressure Gradient between Two Fixed Plates

MP4 HD12m•27.04 MB

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Example 1

MP4 HD28m•62.44 MB

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Fully Developed Laminar Pipe Flow

MP4 HD1h 2m•136.70 MB

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Example 2

MP4 HD7m•14.61 MB

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Flow between Long Concentric Cylinders

MP4 HD25m•54.40 MB

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Introduction

MP4 HD29m•63.52 MB

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The Pi Theorem

MP4 HD29m•63.07 MB

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Example 1

MP4 HD15m•34.09 MB

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Example 2

MP4 HD39m•84.76 MB

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Example 3

MP4 HD27m•58.94 MB

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Reynolds Number Regimes

MP4 HD26m•57.89 MB

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Minor Losses

MP4 HD1h 17m•168.66 MB

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Example 5

MP4 HD51m•111.83 MB

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Example 6

MP4 HD25m•54.74 MB

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Piping Systems with Pumps and Turbines

MP4 HD23m•50.15 MB

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Series and Parallel Pipes

MP4 HD7m•15.80 MB

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Three-Reservoir Junction

MP4 HD10m•21.99 MB

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Example 7

MP4 HD1h•131.85 MB

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Example 8

MP4 HD42m•93.20 MB

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Example 9

MP4 HD42m•91.71 MB

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Pipe Flowrate Measurement

MP4 HD23m•51.56 MB

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The Entrance Region

MP4 HD16m•34.15 MB

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Example 10

MP4 HD23m•50.28 MB

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Laminar Flow in Pipes

MP4 HD11m•23.91 MB

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Example 1

MP4 HD10m•22.52 MB

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Turbulent Velocity Profile

MP4 HD22m•48.23 MB

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The Moody Chart

MP4 HD43m•94.76 MB

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Example 2

MP4 HD18m•39.83 MB

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Example 3

MP4 HD19m•41.13 MB

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Example 4

MP4 HD10m•22.08 MB

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Boundary Layer on a Flat Plate

MP4 HD13m•27.79 MB

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Example 1

MP4 HD27m•58.92 MB

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Example 2

MP4 HD24m•53.42 MB

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Example 3

MP4 HD24m•52.78 MB

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Boundary Layers with Pressure Gradients

MP4 HD57m•124.68 MB

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Drag Coefficient Data for Various Objects

MP4 HD50m•108.97 MB

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Flow over an Airfoil Generation of Lift

MP4 HD1h 16m•166.24 MB

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Example 4

MP4 HD18m•39.79 MB

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Example 5

MP4 HD7m•15.41 MB

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Example 6

MP4 HD20m•44.63 MB

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Example 7

MP4 HD19m•41.25 MB

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Momentum Integral Estimates Boundary Layer Thickness

MP4 HD41m•90.57 MB

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Example 8

MP4 HD17m•37.67 MB

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Momentum Integral Estimates Drag Force and Drag Coefficient

MP4 HD18m•39.24 MB

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Momentum Integral Estimates Displacement Thickness

MP4 HD19m•41.27 MB

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The Boundary Layer Equations

MP4 HD41m•89.12 MB

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Blasius Solution PDE to ODE

MP4 HD43m•93.54 MB

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Blasius Solution The Numerical Shooting Method

MP4 HD26m•57.19 MB

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Blasius Solution Displacement Thickness, Drag and Drag Coefficient

MP4 HD13m•28.66 MB

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Turbulent Boundary Layer Flow

MP4 HD50m•110.84 MB

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What You'll Master in this Free Download Course

Understand how the differential equation of conservation of mass and the differential equation of linear momentum are derived and applied.

Calculate the stream function and pressure field and draw streamlines for a known velocity field.

For simple flow fields, obtain analytical solutions to the equations of motion.

Understand dimensional analysis and similarity, the principle of dimensional homogeneity, Pi’s theorem, and the dimensionless transformation of basic equations.

Understand the concepts of inviscid flow, low Reynolds number, high Reynolds number, laminar and turbulent flow.

Identify and discuss the characteristics of external flow.

Calculate the boundary layer parameters for flow past a flat plate.

Calculate the drag and lift forces for various objects.

About this Free Download Course

Advanced Fluid Mechanics Course. The Advanced Fluid Mechanics course is a continuation of the Fundamentals of Fluid Mechanics course. This comprehensive program covers fundamental topics and concepts and provides deeper insight and advanced applications in fluid dynamics.This course is designed for students who wish to gain a deeper and more practical knowledge of fluid mechanics. By taking this course, you will be able to analyze and solve complex fluid dynamics problems and be more successful in research and industrial projects. What you will learn in the Advanced Fluid Mechanics course: Understand how the differential equation of conservation of mass and the differential equation of linear momentum are derived and applied. Calculate the stream function and pressure field and draw streamlines for a known velocity field. For simple flow fields, obtain analytical solutions to the equations of motion. Understand dimensional analysis and similarity, the principle of dimensional homogeneity, Pi’s theorem, and the dimensionless transformation of basic equations. Understand the concepts of inviscid flow, low Reynolds number, high Reynolds number, laminar and turbulent flow. Identify and discuss the characteristics of external flow. Calculate the boundary layer parameters for flow past a flat plate. Calculate the drag and lift forces for various objects.

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