What is fluid mechanics?, Behaviour of solids & liquids under various forces, Definition of fluids, Definition of Ideal fluids, Concept of continuum, Concept of No slip condition, Properties of fluids, Mass density or specific mass, Weight density or specific weight, Specific volume, Specific-gravity, Viscosity, Newton's Law of Viscosity, Dynamic viscosity and kinematic viscosity, Classifications of fluid based on shear stress and Deformation rate, Time independent Non Newtonian fluid, Time dependent non Newtonian fluid and Effect of temperature on 𝝁 and 𝒗 are detailed in this video.
00:18 What is fluid mechanics?
00:50 Behaviour of solids & liquids under various forces
03:07 Definition of fluids
04:39 Definition of Ideal fluids
05:05 Concept of continuum
07:08 Concept of No slip condition
08:15 Properties of fluids, mass density or specific mass, Weight density or specific weight, Specific volume, Specific gravity, Viscosity.
11:58 Newton's Law of Viscosity, Dynamic viscosity and kinematic viscosity
14:14 Classifications of fluid based on shear stress and Deformation rate.
15:54 Time independent non Newtonian fluid
17:30 Time dependent non Newtonian fluid
17:30 Effect of temperature on 𝝁 and 𝒗.
Definitions of Fluids and solids
Ideal Fluid
Concept of Continuum
Properties of Fluid like mass density, weight density, specific volume, specific mass, specific gravity, viscosity
Types of fluids like Newtonian and Non Newtonian fluids, Pseudoplastic, Thixotropic, Bingham Plastic, Dilatant and Rheopectic fluids
This lecture series is presented by Ookul - Foundation to Apex.
It covers all basic details about Fluid Mechanics. A must watch for all Mechanical Engineering learners
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Fluid Mechanics-Lecture-1_Introduction & Basic Concepts
Теги
fluid mechanicsfluidshearforcestressidealviscositysurface tensionconcept of continuumno slip conditionmassweightdensityspecificgravitystandard fluidcohesionmolecular momentum transfernewton's law of viscositydynamic viscositykinematic viscositypoisestokesshear strain ratenewtoniannon newtonianpseudoplasticdilatantthixotropicrheopecticbinghamideal plasticpower lawyield shear stressincompressible