Fluid Mechanics and Water Engineering

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Fluid Mechanics and Water Engineering

Fluid mechanics is the part of physics that studies the effect of forces on fluids. Static equilibrium fluids are studied by hydrostatics and fluids subjected to non-zero external forces are studied by hydrodynamics

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criado em

05/12/2017

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Conteúdo programático:

Aula #1 - Fluid Mechanics Exam Hints and Tips
Aula #2 - Head Loss in Pipe Flow Example | Fluid Mechanics
Aula #3 - Head Loss, Bernoullis & Darcy–Weisbach Equation | Fluid Mechanics
Aula #4 - Turbulent Flow in a Pipe & Moody Diagram Example | Fluid Mechanics
Aula #5 - Turbulent Flow in a Rough Pipe Equations & Moody Diagram | Fluid Mechanics
Aula #6 - Laminar Flow in a Smooth Pipe Example | Fluid Mechanics
Aula #7 - Laminar Flow in a Smooth Pipe Equations | Fluid Mechanics
Aula #8 - Laminar, Turbulent & Transitional Flow | Fluid Mechanics
Aula #9 - Open Channel Flow with Varying Width Example | Fluid Mechanics
Aula #10 - Choked Flow Example | Fluid Mechanics
Aula #11 - Choked Flow Theory and Equations | Fluid Mechanics
Aula #12 - Change in Bed Elevation Open Channel Flow Example | Fluid Mechanics
Aula #13 - Supercritical and Subcritical Open Channel Flow | Fluid Mechanics
Aula #14 - Open Channel Flow Example Using Specific Energy Curve | Fluid Mechanics
Aula #15 - Specific Energy Curve & Open Channel Flow (2/2) | Fluid Mechanics
Aula #16 - Specific Energy Curve Open Channel Flow (1/2) | Fluid Mechanics
Aula #17 - Open Channel Flow & Surface Waves | Fluid Mechanics
Aula #18 - Modelling & Similitude Example: Drag Coefficient Similarity | Fluid Mechanics
Aula #19 - Modelling & Similitude Example: Froude Number Similarity | Fluid Mechanics
Aula #20 - Modelling and Similitude | Fluid Mechanics
Aula #21 - Buckingham Pi Theorem & Dimensional Analysis Example 3 | Fluid Mechanics
Aula #22 - Buckingham Pi Theorem & Dimensional Analysis Example 2 | Fluid Mechanics
Aula #23 - Buckingham Pi Theorem & Dimensional Analysis Example 1 | Fluid Mechanics
Aula #24 - Dimensional Analysis & Buckingham Pi Theorem | Fluid Mechanics
Aula #25 - Conservation of Linear Momentum & Equilibrium Example | Fluid Mechanics
Aula #26 - Conservation of Linear Momentum Example: Reducing Elbow | Fluid Mechanics
Aula #27 - Conservation of Linear Momentum Example 2: Steady Flow out of a Tank | Fluid Mechanics
Aula #28 - Conservation of Linear Momentum Example 1: Steady Flow out of a Tank | Fluid Mechanics
Aula #29 - Reynolds Transport Theorem and Conservation of Linear Momentum | Fluid Mechanics
Aula #30 - Conservation of Mass Example: Overflow of a Tank with Changing Fluid Density | Fluid Mechanics
Aula #31 - Conservation of Mass Example: Steady Flow through a Pipe | Fluid Mechanics
Aula #32 - Conservation of Mass Example: Steady Flow through a Nozzle | Fluid Mechanics
Aula #33 - Reynolds Transport Theorem and Conservation of Mass | Fluid Mechanics
Aula #34 - Bernoulli Equation Example: Pressurized Tank | Fluid Mechanics
Aula #35 - Bernoulli Equation Example: Free Jet | Fluid Mechanics
Aula #36 - Bernoulli Equation Example: Open Channel Flow | Fluid Mechanics
Aula #37 - Bernoulli Equation Example: Flow out a Tank | Fluid Mechanics
Aula #38 - The Bernoulli Equation | Fluid Mechanics
Aula #39 - Finding the Fluid Streamline Equation and Plotting Example | Fluid Mechanics
Aula #40 - Distinguishing Pathline, Streakline and Streamline | Fluid Mechanics
Aula #41 - Fluid Dynamics: Steady Flow and Uniform/Non-Uniform Flow | Fluid Mechanics
Aula #42 - Acceleration of a Fluid Body on a Slope Example | Fluid Mechanics
Aula #43 - Horizontal Acceleration of a Fluid Body Example | Fluid Mechanics
Aula #44 - Derivation of the Acceleration Equation of a Fluid Body | Fluid Mechanics
Aula #45 - Stability of Partially Submerged Bodies Examples | Fluid Mechanics
Aula #46 - Buoyancy and Stability: Stable and Unstable Bodies | Fluid Mechanics
Aula #47 - Buoyancy of a Barge Example | Fluid Mechanics
Aula #48 - Archimedes Principle and Buoyancy | Fluid Mechanics
Aula #49 - Pressure Prism Method for Submerged Surface Example | Fluid Mechanics
Aula #50 - Submerged Vertical Surfaces and Pressure Prism | Fluid Mechanics
Aula #51 - Hydrostatic Force on Submerged Gate Example | Fluid Mechanics
Aula #52 - Hydrostatic Force on Submerged Surface Example | Fluid Mechanics
Aula #53 - Point of Action of Fluid on Inclined Submerged Surface | Fluid Mechanics
Aula #54 - Hydrostatic Forces on an Inclined Submerged Surface | Fluid Mechanics
Aula #55 - Hydrostatic Forces acting on Inclined Submerged Surface | Fluid Mechanics
Aula #56 - Gauge Pressure of Compressible Fluid Example | Fluid Mechanics
Aula #57 - Hydrostatics and Pressure | Fluid Mechanics
Aula #58 - Calculating Viscosity of a Fluid Example using a Viscometer | Fluid Mechanics
Aula #59 - Viscosity and Shear Stress Example | Fluid Mechanics
Aula #60 - Absolute & Kinematic Viscosity for Newtonian Fluids | Fluid Mechanics
Aula #61 - Basic Fluid Properties: Density, Pressure, Specific Volume and Weight | Fluid Mechanics
Aula #62 - Revision Vector Calculus | Fluid Mechanics
Aula #63 - Revision: Partial Derivatives Examples | Fluid Mechanics
Aula #64 - Revision: Important Derivatives and Integrals | Fluid Mechanics
Aula #65 - Revision: Mass on a Slope Example | Fluid Mechanics
Aula #66 - Revision: Equilibrium of Hinged Gate Example | Fluid Mechanics
Aula #67 - Introduction to Fluid Mechanics | Fluid Mechanics
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