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Mastering Fluid Mechanics: From Basics to Advanced Concepts

Dive Deep into Fluid Mechanics: Unravel the Mysteries of Fluids in Motion and Master the Art of Flow Analysis!

5.0 (77)

551 learners

What you'll learn

Understand the basic properties and types of fluids, including viscosity and surface tension.
Apply Newton's Law of Viscosity to solve problems involving fluid dynamics.
Calculate pressure variations and forces on submerged surfaces using hydrostatic principles.
Apply Bernoulli's Equation and continuity equations to analyze fluid flow scenarios.

This course includes

22.5 hours of video
Certificate of completion
Access on mobile and TV

Course content

1 modules • 136 lessons • 22.5 hours of video

Mastering Fluid Mechanics: From Basics to Advanced Concepts

136 lessons • 22.5 hours

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Fluid Mechanics Introduction - Properties of Fluid - Fluid Mechanics 105:08
What Are Properties of Fluids - Properties of Fluid - Fluid Mechanics 112:38
Problem No. 1 on Properties of Fluid - Properties of Fluid - Fluid Mechanics 106:29
Problem No. 2 on Properties of Fluid - Properties of Fluid - Fluid Mechanics 107:28
Definition of Viscosity or Dynamic Viscosity - Properties of Fluid - Fluid Mechanics 107:04
Definition of Kinematic Viscosity - Properties of Fluid - Fluid Mechanics 102:45
Newton's Law of Viscosity - Properties of Fluid - Fluid Mechanics 103:17
What Are Types of Fluids - Properties of Fluid - Fluid Mechanics 106:45
How to Determine Fluid Viscosity Between Two Plates - Properties of Fluid - Fluid Mechanics 106:25
How to Determine the Power Required - Properties of Fluid - Fluid Mechanics 107:12
Problem on Shear Stress of Fluid Oil - Properties of Fluid - Fluid Mechanics 106:16
Problem to Determine Dynamic Viscosity of Oil - Properties of Fluid - Fluid Mechanics 109:47
Problem to Determine the Power Lost in the Bearing (Sleeve)- Properties of Fluid - Fluid Mechanics 111:57
What Is Definition of Surface Tension - Properties of Fluid - Fluid Mechanicsb108:10
How to Determine Diameter of Droplet of Water - Properties of Fluid - Fluid Mechanics 104:08
Problem to Determine Surface Tension - Properties of Fluid - Fluid Mechanics 103:39
Definition of Capillarity with Expressions for Capillary Rise and Capillary Fall - Fluid Mechanics 109:05
Problem on Capillary Rise and Fall - Properties of Fluid - Fluid Mechanics 108:12
Definition of Vapour Pressure and Cavitation Phenomenon - Properties of Fluid - Fluid Mechanics 105:43
Newton's Law of Viscosity and It's Significance - Properties of Fluid - Fluid Mechanics 103:17
Concept of Fluid Pressure at a Point - Pressure and Pressure Measurement - Fluid Mechanics 105:03
What is Pascal's Law - Pressure and Pressure Measurement - Fluid Mechanics 104:33
What is Pressure Variation in a Fluid at Rest -Pressure and Pressure Measurement - Fluid Mechanics 108:38
Problems on Weight Lifted by Hydraulic Pressure -Pressure and Pressure Measurement - Fluid Mechanics07:24
Problem on Force Required at the Plunger - Pressure and Pressure Measurement - Fluid Mechanics 109:31
Problem to Determine Pressure Intensity - Pressure and Pressure Measurement - Fluid Mechanics 109:08
What is Definitions of Absolute Pressure, Guage Pressure, Atmospheric Pressure, Vaccum Pressure05:49
Measurement of Pressure or Pressure Measuring Devices - Fluid Mechanics 103:52
Pressure Measurement by U-Tube Manometer - Pressure and Pressure Measurement - Fluid Mechanics04:51
Problem No 1 on Simple U-Tube Monometer - Pressure and Pressure Measurement - Fluid Mechanics06:50
Problem No 2 on Simple U-Tube Manometer (Vaccum Pressure Measurement) - Fluid Mechanics 106:34
Construction and Description of Differential Manometer - Fluid Mechanics05:44
Problem No. 1 on Differential U-Tube Manometer (Problem on Difference in Pressure) - Fluid Mechanics08:48
Problem No 2 on Differential U-Tube Manometer [Problem on Intensity of Pressure in Pipeline ]09:08
Construction and Description of Inverter Differential Manometer - Fluid Mechanics 104:02
Problem on Inverted U-Tube Manometer - Pressure and Pressure Measurement - Fluid Mechanics 109:19
Introduction to Hydrostatic Forces on Surfaces - Hydrostatic Forces On Surfaces - Fluid Mechanics 103:57
Introduction to Centre of Pressure - Hydrostatic Forces on Surfaces - Fluid Mechanics 103:52
Introduction to Total Pressure - Hydrostatic Forces on Surfaces - Fluid Mechanics 104:20
Problem on Vertical Rectangular Plane Immerged in Water - Fluid Mechanics 107:01
Problem on Vertical Circular Plate Immersed in Water - Fluid Mechanics 109:20
Problem on Vertical Triangular Plate Immersed in Oil - Fluid Mechanics12:22
Problem on Square Plate Used as a Gate for a Tank - Fluid Mechanics16:17
Problem on Trapezoidal Channel - Hydrostatic Forces on Surfaces - Fluid Mechanics 121:56
Problem on Total Pressure and Centre of Pressure on One Side of Tank - Fluid Mechanics 117:45
Problem on Inclined Rectangular Plane Submerged in Water - Fluid Mechanics 115:04
Problem on Inclined Circular Plate Submerged in Water - Fluid Mechanics 116:33
Problem on Inclined Hollow Circular Plate Submerged in Water - Fluid Mechanics 114:32
Buoyancy and Archimedes Principle - Fluid Mechanics 128:48
Buoyancy and Archimedes Principle Problem 1 - Fluid Mechanics 105:54
Buoyancy and Archimedes Principle Problem 2- Buoyancy and Archimedes Principle - Fluid Mechanics 107:45
Buoyancy and Archimedes Principle Problem 3 - Buoyancy and Archimedes Principle - Fluid Mechanics 108:51
Buoyancy and Archimedes Principle Problem 4 - Buoyancy and Archimedes Principle - Fluid Mechanics 106:52
Eulerian and Lagrangian Approach of Fluid Kinematics - Fluid Kinematics - Fluid Mechanics 117:15
Steady and Unsteady Flow - Fluid Kinematics - Fluid Mechanics 105:34
Critical Flow , Sub Critical Flow and Super Critical Flow - Fluid Kinematics - Fluid Mechanics 114:36
Continuity Equation of Fluid Flow - Fluid Kinematics - Fluid Kinematics13:41
Continuity Equation in Cylindrical Coordinate - Fluid Kinematics - Fluid Mechanics 140:56
Rotation Flow and Irrotational Flow - Fluid Kinematics - Fluid Mechanics 109:35
Rotation Flow and Irrotational Flow Problem 1 - Fluid Kinematics - Fluid Mechanics 110:06
Derivation of Rotational Flow and Irrotational Flow - Fluid Kinematics - Fluid Mechanics 107:00
Streamline Body and Bluff Body - Fluid Kinematics - Fluid Mechanics 108:26
Problem No. 1 on Velocity Potential Function and Streamline Function - Fluid Mechanics 108:44
Problem No. 2 on Velocity Potential Function and Streamline Function - Fluid Mechanics 105:24
Streamline Function and Velocity Potential Function in Rectangular Coordinate - Fluid Mechanics 106:19
Streamline Function and Velocity Potential Function in Cylindrical Coordinate - Fluid Mechanics 112:56
Streamline, Path lines and Streak line Function - Fluid Kinematics - Fluid Mechanics 112:01
Rankine Flow - Fluid Kinematics - Fluid Mechanics 109:54
Doublet - Fluid Kinematics - Fluid Mechanics 109:45
Problem no 6 on Bends - Fluid Kinematics - Fluid Mechanics 115:32
Integral Equation For the Control Volume - Fluid Dynamics - Fluid Mechanics 108:43
Reynold's Transport Theorem - Fluid Dynamics - Fluid Mechanics 111:06
Conservation of Mass in Fluid Mechanics - Fluid Dynamics - Fluid Mechanics 110:03
Conservation of Energy in Fluid Mechanics - Fluid Dynamics - Fluid Mechanics 103:53
Conservation of Momentum in Fluid Mechanics - Fluid Dynamics - Fluid Mechanics 103:20
Eulers Equation of Motion - Fluid Dynamics - Fluid Mechanics15:29
Bernoulli's Equation for Real Fluid - Fluid Dynamics - Fluid Mechanics 109:26
Bernoulli's Equation Problem 5 - Fluid Dynamics - Fluid Mechanics 117:15
Bernoulli's Equation Problem 6 - Fluid Dynamics - Fluid Mechanics 111:58
Application of Bernoulli's Equation - Fluid Dynamics - Fluid Mechanics 107:14
Flow Measuring Instrument Venturi meter - Fluid Dynamics - Fluid Mechanics 110:05
Venturi meter - Problem 1 - Fluid Dynamics - Fluid Mechanics 113:30
Venturi meter - Problem 5 - Fluid Dynamics - Fluid Mechanics 107:12
Venturi meter - Problem 6 - Fluid Dynamics - Fluid Mechanics 104:43
Venturi Meter - Problem 8 - Fluid Dynamics - Fluid Mechanics 109:40
Introduction to Orifice Meter or Orifice Plate - Fluid Dynamics - Fluid Mechanics17:57
Orifice Meter (Problems) - Fluid Dynamics - Fluid Mechanics06:08
Pilot Tube Concept - Fluid Dynamics - Fluid Mechanics 113:06
Pitot Tube Problem 1 - Fluid Dynamics - Fluid Mechanics 107:36
Pitot Tube Problem 2 - Fluid Dynamics - Fluid Mechanics 107:23
Pitot Tube Problem 3 - Fluid Dynamics - Fluid Mechanics 104:28
Navier Stoke Equation and Derivation - Fluid Dynamics - Fluid Mechanics58:26
Navier Stoke Equation (Problems) - Fluid Dynamics - Fluid Mechanics14:19
Equation to Viscous Laminar Flow - Fluid Dynamics - Fluid Mechanics 113:43
Couette Flow - Fluid Dynamics - Fluid Mechanics09:02
Couette Flow Problem 1 - Fluid Dynamics - Fluid Mechanics 104:25
Couette Flow Problem 2 - Fluid Dynamics - Fluid Mechanics 103:53
Couette Flow Problem 3 - Fluid Dynamics - Fluid Mechanics 104:21
Introduction to Hagen Poiseuille Flow - Fluid Dynamics - Fluid Mechanics05:58
Hagen Poiseuille Flow - Problem 1 - Fluid Dynamics - Fluid Mechanics 111:11
Hagen Poiseuille Flow - Problem 2 - Fluid Dynamics - Fluid Mechanics 105:57
Hagen Poiseuille Flow - Problem 3 - Fluid Dynamics -Fluid Mechanics 103:35
Definition of Reynold Number - Real Fluid Flows - Fluid Mechanics 105:43
Laminar Flow Through a Pipe - Real Fluid Flows - Fluid Mechanics 103:46
Introduction to Laminar Flow - Real Fluid Flow - Fluid Mechanics08:10
Introduction to Eddy's Viscosity - Real Fluid Flow - Fluid Mechanics11:18
Velocity Profile for Turbulent Flows - Real Fluid Flows - Fluid Mechanics 107:36
1/7th Power Law - Real Fluid Flows - Fluid Mechanics 102:44
Velocity Profile Through Smooth Pipes - Real Fluid Flows - Fluid Mechanics 106:54
Moody's Diagram - Real Fluid Flows - Fluid Mechanics 102:41
Major and Minor Losses - Real Fluid Flows - Fluid Mechanics 125:23
Hydraulic Gradient Line & Total Energy Line - Real Fluid Flow - Fluid Mechanics07:03
Flow Through Pipes Problem 4 - Real Fluid Flows - Fluid Mechanics 104:59
Fluid Flow Through Pipes Problem 6 - Real Fluid Flow - Fluid Mechanics 109:49
Fluid Flow Through Pipes Problem 7 - Real Fluid Flow - Fluid Mechanics20:36
Introduction to Boundary Layer - Boundary Layer Flow - Fluid Mechanics08:46
Laminar and Turbulent Boundary Layer - Boundary Layer Flow -Fluid Mechanics 109:38
Laminar Sub Layer - Boundary Layer Flow - Fluid Mechanics 102:35
Equation for Boundary Layer - Boundary Layer Flow - Fluid Mechanics 111:03
Boundary Layer (Problems) - Boundary Layer Flow - Fluid Mechanics34:13
Analysis of Laminar and Turbulent Layer - Boundary Layer Flow - Fluid Mechanics 102:04
Drag On bodies - Boundary Layer Flow - Fluid Mechanics 103:21
Boundary Layer Separation - Boundary Layer Flow - Fluid Mechanics18:27
Methods to Control Boundary Layer Separation - Boundary Layer Flow - Fluid Mechanics 109:39
Streamline Bodies and Bluff Bodies - Boundary Layer Flow - Fluid Mechanics 103:29
Aerofoil Theory and Stalling of Aerofoil - Boundary Layer Flow - Fluid Mechanics 108:53
Introduction to Lift & Drag Force - Boundary Layer Flow - Fluid Mechanics30:06
Introduction to Continuity Equation - Compressible Fluid Flow - Fluid Mechanics04:27
Introduction to Stagnation Pressure - Compressible Fluid Flow - Fluid Mechanics15:09
Properties of Thermodynamics - Compressible Fluid Flow - Fluid Mechanics 115:40
Application of Continuity, Momentum and Energy Equation Steady State - Fluid Mechanics 110:28
Steady Flow Through Nozzle and Critical Pressure Ratio - Compressible Fluid Flow - Fluid Mechanics37:54
Basic Equation of Normal Shock & Change of Properties across Normal Shock - Fluid Mechanics 127:54
Normal Shock Problems - Compressible Fluid Flow - Fluid Mechanics08:29
Normal Shock Problem 2 - Compressible Fluid Flow - Fluid Mechanics 105:24
Normal Shock Problem 3 - Compressible Fluid Flow - Fluid Mechanics 105:02

Fluid Properties

Viscosity

Pressure Measurement

Hydrostatic Forces

Bernoulli's Equation

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