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Fluid Mechanics (Hindi)

Name: Fluid Mechanics (Hindi)
Rating: 4.8 (6 reviews)

mechanical engineering, civil engineering

Created byHarvinder Singh

Last updated 10/2022

Hindi

What you'll learn

Basics of Fluid Mechanics
Hydrostatic Forces
Bernoullis Theorem
Flow Through pipes

Course content

2 sections • 100 lectures • 28h 57m total length

Introduction What is Fluid Mechanics, Density, Specific weight, Specific Gravity48:14
Density Numerical, Specific Volume, Viscosity55:19
Viscosity Units, Effect of temperature of viscosity, Cohesion and Adhesion51:10
What is Surface Tension || Applications of Surface Tension52:05
pressure inside liquid jet, Newtonian Fluid, Non Newtonian Fluid59:55
Manometry, what is pressure, atmospheric pressure, gauge pressure, absolute pres54:00
Piezometer, Simple u tube Manometer, Pressure head1:07:39
Differential U tube manometer57:34
Inverted U tube manometer, Hydrostatic Forces on horizontal and vertical surface47:40
Hydrostatic forces on inclined surfaces, Center of Pressure51:14
Buoyancy, Center of Buoyancy, Types of equilibrium55:20
Metacenter, Metacentric height, Metacentric radius, Equilibrium of partially sub50:19
Weight loss of body due to buoyancy, Pressure due to one kind of liquid on one s48:30
Pressure due to liquid on both sides, Fluid Kinematics, Steady, unsteady Flow,51:25
Path line, Continuity Equation45:30
Bernoulli''s theorem derivation20:56
Coefficient of discharge, Orifice meter48:15
Bernoullis applications, Pitot tube51:15
Darcy Weisback Equation, Laminar flow through pipe52:55
Flow through Pipes, Major losses due to friction, Minor losses47:15
Minor losses in pipes, pipes in series, pipes in parallel59:21

What is fluid mechanics4:58
Moment of Force2:03
Difference between Mass and Weight13:12
specific Mass, density and Specific weight13:08
Numerical of specific mass and specific weight6:45
Specific Gravity of a fluid7:57
Newton's Law of Viscosity10:15
Newtonian And Non-Newtonian Fluids7:27
Viscosity12:36
Effect of Temprature on Viscosity5:43
Kinematic viscosity4:11
Compressibility5:54
Adhesion and cohesion9:54
Surface tension on liquid drop,soap bubble and liquid jet15:56
Definitions of Absolute Pressure, Gauge Pressure, Atmospheric pr. and Vacuum10:18
Hydrostatics6:54
Hydrostatic Law8:50
Pressure Head9:05
Center of pressure on vertical surfaces8:02
Application of Hydrostatics6:00
Pressure due to two kind of liquids of one side of wall8:00
Pressure due to liquids on both sides of a wall4:30
Sluice Gate6:10
Enthalpy8:53
Pascal's Law9:07
Derivation of pascal law15:48
Pressure energy6:57
What is pressure head and pressure in fluids5:47
.Venturimeter derivation13:21
Laminar and turbulent flow10:15
Manometer12:52
Pressure Head fluid mechanics10:58
U-Tube Manometer11:13
Advantages and limitations of manometer5:14
Differential U Tube manometer12:15
Inverted U Tube Manometer5:33
Numerical of U Tube differential manometer10:15
Single column manometer11:57
Inclined single column manometer7:09
Continuity Equation7:43
Reynold's Experiment8:31
Major Head Loss13:48
Minor losses in flow through pipes16:43
Chezy's Formula9:29
Pipes in series -- pipes in parallel8:32
Laminar and Turbulent flow7:37
Uniform and non uniform flow7:37
Drag And Lift6:25
Boundary Layer Theory8:40
Boundary Layer Thickness2:50
Boundary Layer Velocity Profile2:27
Boundary Layer Separation1:59
Airfoil Design8:03
Archimedes principle21:23
Buoyant force8:03
Centre of buoyancy4:35
Centre of buoyancy4:35
Hydraulic Gradient Line and Total Energy Line10:02
Metacentric height11:41
Components of Hydro Electric Power Plant6:12
Performance of Turbine12:14
Classification of Turbines11:18
Impulse Vs Reaction Turbine9:25
Impulse turbine10:45
Reaction Turbine6:33
Efficiencies of Turbines9:05
Draft Tube5:34
Water Hammer5:03
Surge Tank4:33
Efficiency of Draft Tube4:25
Reciprocating Pump8:24
Manometric Head in Centrifugal Pump3:35
Discharge of Reciprocating Pump5:34
Air Vessel in Reciprocating Pump3:20
Slip of pump Hindi Negative slip of pump Slip of reciprocating pump5:20
Advantage- application and Limitations of Centrifugal pump5:31
Difference between Centrifugal pump and reciprocating Pump9:40
Cavitation in Centrifugal Pump10:05
Multistage Centrifugal Pump8:40

Requirements

No experience required

Description

We are providing best content for Diploma Mechanical Students and SSC JE MECHANICAL EXAM, where you get ample study material of all technical and non technical exams.

You will get all video lectures, pdf files and test series for better and effective results.. ??

The given subjects will be covered by Experienced Faculty Members in this course

Live classes will be conducted

Topics Covered

Hydraulics and Fluid Mechanics - Introduction

Important Terms Used in Hydraulics and Fluid Mechanics

Properties of Liquid

Pressure of a Liquid

Pascal's Law

Atmospheric Pressure, Gauge Pressure and Absolute Pressure

Measurement of Pressure

Total Pressure and Centre of Pressure

Lock Gates

Buoyancy and buoyant force

Equilibrium of Floating Bodies

Metacentre and Metacentric Height

Fluid Kinematics

Rate of Discharge

Equation of Continuity

Types of Flows in a Pipe

Dynamics of Fluid

Different Types of Energies or Head of a Liquid in Motion

Bernoulli's Equation

Euler's Equation

Venturimeter

Orifice Meter and Pitot Tube

Orifice

Hydraulic Coefficients

Important Expressions used in Orifices and Mouthpieces

Loss of Head due to Friction in Pipe

Hydraulic Gradient and Total Energy Lines

Pipes in Series or Compound Pipes

Pipes in Parallel

Power Transmitted through the Pipe

Flow through Nozzle at the end of a Pipe

Water Hammer

Newton's Law of Viscosity

Viscous Resistance

Dimensionless Numbers

For any queries regarding the course you can chat with us..

All the Best!

Study Smart with Gear Institute

Who this course is for:

This course is for mechanical and civil engineering students (specially for who want to prepare for junior engineer exam)

Fluid Mechanics (Hindi)

What you'll learn

Explore related topics

Course content

Introduction21 lectures • 17hr 56min

Pre recorded video79 lectures • 11hr 1min

Requirements

Description

Who this course is for: