4th Year Undergraduate Student
Department of Chemical  Engineering.
IIT KANPUR.
Interest : I like to share my Knowledge.

Ankit Kumar Sharma

In this course we will discuss differential approach of Fluid Mechanics that provides point by point details of flow pattern.

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Hindi

(Hindi) Chemical Fluid Mechanics (Part 3)

Fundamentals Of Fluid Mechanics

Fluid Mechanics

Chemical Engineering

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Introduction to differential relations for fluid flow

Lecture 1: Introduction to Differential Relations (in Hindi)

In this lecture we will discuss about acceleration field of fluid and we will derive it's formula.

Lecture 2:Acceleration Field of Fluid (in Hindi)

A simple example of acceleration of fluid to understand the concept better.

Lecture 3:Example of Acceleration Field of Fluid (in Hindi)

In this lecture we will derive continuity equation and it's special cases.

Lecture 4 :The Differential Equation of Mass Conservation (in Hindi)

In this lecture we will derive summation of forces in differential approach.

Lecture 5:The Differential Equation of Linear Momentum (in Hindi)

Stream function is a simplification of Navier Stokes Equation which is valid only for 2D flow

Lecture 10:Stream Function (in Hindi)

In this lecture we will see the geometric interpretation of stream function

Lecture 11:Geometrical Interpretation of stream function (in Hindi)

In this lecture we will discuss example of stream function for better understanding of concept.

Lecture 12:Example of Stream Function (in Hindi)

In this lecture we will duscuss continuity equation,momentum equation etc in cylindrical coordinate system.

Lecture 13: Introduction to other Coordinates (in Hindi)

In this lecture we will discuss stream function in other coordinate system.

Lecture 14 :Stream Function in other coordinates( in Hindi)

In this lecture we will discuss about frictionless irrotational flow.

Lecture 16:Frictionless Irrotational Flow( in Hindi)

In this lecture we will discuss velocity potential which is similar and complementary to stream function.

Lecture 17:Velocity Potential (in Hindi)

In this lecture we will discuss an example of velocity potential function and we will discuss about orthogonality about streamlines and velocity potential lines.

Lecture :18 Example of Velocity Potential( in Hindi)

In this lecture we will discuss example using Navier Stokes equation .

Lecture 9:Example of Navier Stokes Equation (in Hindi)

In this lecture we will discuss about Navier Stokes equation which is very important concept in fluid mechanics.

Lecture 8:Navier Stokes Equation (in Hindi)

In this lecture we will discuss example of fully developed laminar pipe flow.

Lecture 23:Example of fully developed laminar pipe flow ( in Hindi)

In this lecture we will calculate flow rate,average velocity,and viscous stress for fully developed laminar pipe flow.

Lecture 22:Fully developed laminar pipe flow continued( in Hindi)

In this lecture we will continue the differential equation of linear momentum.

Lecture 7:Differential equation of Linear Momentum continued( in Hindi)

In this lecture we will discuss about flow between moving plates in which one plate is fixed and other is moving.

Lecture 19:Flow between moving Plates (in Hindi)

In this lecture we will continue differential equation of linear momentum.

Lecture 6:Differential equation of Linear momentum continued ( in Hindi)

In this lecture we will discuss flow due to pressure gradient between two fixed plates.

Lecture 20:Flow due to pressure gradient between two fixed plates (in Hindi)

In this lecture we will discuss about fully developed laminar pipe flow which was studied by G Hagen and J L Poiseuille.

Lecture 21:Fully developed laminar pipe flow (in Hindi)

In this lecture we will discuss about concept of vorticity which tells us the tendency of fluid particles to rotate or circulate at a particular point.

Lecture 15:Vorticity and Irrotationality ( in Hindi)

In this lecture we will do the example of Buckingham Pi Theorem.

Lecture 25:Buckingham Pi theorem example (in Hindi)

In this lecture we will discuss Buckingham Pi Theorem that reduces a number of dimensional variables into a smaller number of dimensionless groups.

Lecture 24:Buckingham Pi Theorem (in Hindi)

Educator at Unacademy Since Aug 2017▪️
7+ Years of Teaching Experience▪️
Most followed Educator in Chemical Engineering▪️

Devendra Poonia

The course covers GATE Previous Year Question Papers solution on fluid Mechanics subject with explanation.

Fluid Mechanics : Detailed Solution of Previous Year Question Papers (1990-2018)

M.Tech in Process Modeling and Simulation. Research scholar @ IIT BHU, and a teacher by heart, ranked 304 in Gate 2018, a badminton freak.

Anuj Chaturvedi

In part-1, we had discussed the basics of fluid mechanics such as classes of fluids, shear, shear stress, laminar flow, rheological behavior, compressible-incompressible, surface tension, pressure measurements, etc. In this part we will let u go through fluid kinematics in which we will learn about lagrangian and eulerian approach, stream line, stream and potential functions, vorticity, continuity equation, shell balance, equation of motion, Navier's Stokes Equation, Euler equation.

Part 2: Fluid Mechanics - GATE (Chemical) 2019

In this course Ankit Kumar Sharma will discuss about motion of fluids,flow pattern and forces exerted in fluids.

(Hindi) Chemical Fluid Mechanics

In this part we will discuss Integral relations for a control volume in Fluid mechanics.

(Hindi) Chemical Fluid Mechanics Part 2

I am an M.Tech student of NIT TRICHY. I have done B.Tech in Chemical Engineering.GATE 2018 rank 704.

Vidhi Shah

In this course, the educator discusses the basic equations linked to Fluid flow, namely Reynolds Transport Theorem, Bernaullis equation, mass balance and momentum balance, Navier Stokes equation and Euler's equation.
The course also has past year questions.

Equations of Fluid Flow: GATE (Chemical)

This course is in continuation of the Fluid Mechanics series. Part3 will discuss the flow through pipes,  losses,  piping networks,  pumps,  their selection.  
Flow measuring devices such as venturimeter,  orifice meter,  pitot tubes,  pumps,  valves,  pump selection,  pump scaling laws,  a bit introductionto drag coefficients, flow over a flat plate.

Lessons

25 lessons • 3h 49m

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Lecture 1: Introduction to Differential Relations (in Hindi)

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Lecture 2:Acceleration Field of Fluid (in Hindi)

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Lecture 3:Example of Acceleration Field of Fluid (in Hindi)

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Lecture 4 :The Differential Equation of Mass Conservation (in Hindi)

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Lecture 5:The Differential Equation of Linear Momentum (in Hindi)

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Lecture 10:Stream Function (in Hindi)

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Lecture 11:Geometrical Interpretation of stream function (in Hindi)

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Lecture 12:Example of Stream Function (in Hindi)

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Lecture 13: Introduction to other Coordinates (in Hindi)

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Lecture 14 :Stream Function in other coordinates( in Hindi)

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