Fluid Mechanics – Basic mathematical derivations
Fluid Mechanics – Basic mathematical derivations, available at $54.99, has an average rating of 4.85, with 27 lectures, based on 12 reviews, and has 226 subscribers.
You will learn about Understand of the concepts in fluid statics Infer the mathematical derivations and concepts confirming to the field of fluid kinematics Interpret the mathematical derivations pertaining to fluid dynamics Develop an understanding on fluid flow measurement aspects This course is ideal for individuals who are This course suits better for the beginners of the engineering graduation program pertaining to the branches of mechanical, civil as well as electrical engineering. It is particularly useful for This course suits better for the beginners of the engineering graduation program pertaining to the branches of mechanical, civil as well as electrical engineering.
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Summary
Title: Fluid Mechanics – Basic mathematical derivations
Price: $54.99
Average Rating: 4.85
Number of Lectures: 27
Number of Published Lectures: 27
Number of Curriculum Items: 27
Number of Published Curriculum Objects: 27
Original Price: ₹799
Quality Status: approved
Status: Live
What You Will Learn
- Understand of the concepts in fluid statics
- Infer the mathematical derivations and concepts confirming to the field of fluid kinematics
- Interpret the mathematical derivations pertaining to fluid dynamics
- Develop an understanding on fluid flow measurement aspects
Who Should Attend
- This course suits better for the beginners of the engineering graduation program pertaining to the branches of mechanical, civil as well as electrical engineering.
Target Audiences
- This course suits better for the beginners of the engineering graduation program pertaining to the branches of mechanical, civil as well as electrical engineering.
This introductory course in Fluid Mechanics deals with the basic concepts of fluid statics, fluid kinematics, fluid dynamics, flow measurement and similitude. First section introduces the Fluid Statics to the beginners. This is followed by a kinematics approach to the mechanics of fluids in the Section-2 comprising of an introduction to laminar, turbulent, rotational, irrotational flows, the continuity equation in three dimensions. Comparative study of velocity potential function versus stream function is also carried out in this section. Next to this in Section-3, the author derived the mathematical derivations for Bernoulli’s equation, momentum equation and its applications for fluid flow in a pipe bend and reaction of a fluid jet. Also the concepts of vortex flow are discussed in detail. The last section provides an insight into flow measurement and similitude with detailed mathematical derivations of orifice meter, venturimeter, pitot tube, hotwire anemometer, flow through nozzles, notches and weirs.
A fundamental mathematical derivative approach is followed which helps the students to gain the fundamental concepts of mechanics of fluids. A step-by-step and detailed derivations of the various mathematical formulae is traced in this basic course work on fluid mechanics. This course shall help the undergraduate students to prepare themselves for the basic assessment in the area of fluid mechanics. On the whole, this course tastes better for the beginners of the engineering graduation program.
Course Curriculum
Chapter 1: Fluid Statics
Lecture 1: Density, Specific gravity and Viscosity
Lecture 2: Dynamic viscosity, kinematic viscosity and Newton's law of viscosity
Chapter 2: Fluid Kinematics
Lecture 1: Stream line, stream tube, path line, streak line
Lecture 2: Steady and Unsteady flows
Lecture 3: Laminar and turbulent flows
Lecture 4: Rotational flow
Lecture 5: Continuity equation
Lecture 6: Velocity potential function
Lecture 7: Stream Function
Chapter 3: Fluid Dynamics
Lecture 1: Bernoullis equation
Lecture 2: Momentum equation – Pipe bend application
Lecture 3: Momentum equation – Jet propulsion – Reaction of Jet
Lecture 4: Orifice tank mounted on frictionless wheels- An application of Momentum equation
Lecture 5: Vortex flow
Lecture 6: Forced Vortex Flow
Lecture 7: Surface and Body forces
Chapter 4: Similitude and Flow Measurement
Lecture 1: Orificemeter
Lecture 2: Venturimeter
Lecture 3: Venturimeter with U-Tube Manometer
Lecture 4: Pitot tube
Lecture 5: Hot wire anemometer
Lecture 6: Flow through notches and weirs-(Part-1)
Lecture 7: Flow through notches and weirs-(Part-2)
Lecture 8: Flow through notches and weirs-(Part-3) and Viscometers
Lecture 9: Flow through Nozzles
Lecture 10: Similarity Laws and Distorted models-(Part-1)
Lecture 11: Similarity Laws and Distorted models-(Part-2)
Instructors
-
Prof. Dr. G.V.S.S. Sharma
Associate Professor at GMRIT
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- 3 stars: 0 votes
- 4 stars: 4 votes
- 5 stars: 8 votes
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