Simran Kapoor

This course basically deals with the open Channel Flow. All the topics of GATE syllabus are well explained in easy way. Numerical problems are solved after every important topic. All the lectures are explained with Hand written notes which will be helpful for you. At the end of the course you will find the lectures of previous year GATE questions with step by step explanation of their solution.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE - Iconic Pro

Hindi

(Hindi) Hydraulics Engineering (Module 1) - GATE Civil Engineering

Hydro-power Plant

Fluid Mechanics

Civil Engineering

GATE & ESE - Civil

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this lecture all the topics that will be covered in this course are discussed.

Course Overview - Hydraulics Engineering (in Hindi)

In this lecture the brief introduction of pipe flow and open channel flow is described . In this lesson you will also learn about the open channel flow and different type of open channel.

Introduction of Open Channel Flow - Gate Civil Engineering (in Hindi)

In this lecture you will learn about the type of channels like prismetic and non prismetic channels. And in this lesson the rigid biundary channels and Mobile boundary channels are also discussed.

Types of Channels -Hydraulics Engineering (in Hindi)

In this lecture you will learn about the steady and unsteady flow , uniform and non uniform flow . All the flows are explained with examples and you will also learn about Gradually Varied flow. Then further steady GVF and unsteady GVF are also explained.

Classification of Flows - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the rapidly varied flow , spatially varied flow. In this the flow classification on the basis of Reynold's number and Frouds number is also discussed.

In this lecture you will learn about how to find out the energy equation for particular channel and learn the case to find the energy equation when the channel bed is at some slope and when channel bed is horizontal.

Energy Equation - Hydraulics Engineering (in Hindi)

In this lecture you will learn about how to find the momentum equation when channel bed is at some  slope and when channel bed is horizontal.

Momentum Equation - Hydraulics Engineering (in Hindi)

In this lecture you will understand the topic energy equation with the help of a numerical problem.
Step by step decription is given in this lecture that how to solve these kind of numerical problems.

Numerical Problem - Hydraulics Engineering Gate Ce (in Hindi)

In this lesson you will learn about the derivation to find out the specific energy . You will also learn about various important points like what should be the K.E correction factor, how specific energy can be calculated for horizontal channel and channel with some slope.

Energy depth Relationship - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the specific energy diagram . Each term in the specific energy diagram is explained in very easy way.

Relationship between specific energy and depth of flow - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the derivation of specific energy. You will also learn about the Froud number and how Fraud number differentiate the different flows like critical flow, subcritical flow and suoercritical flow.

Relationship between specific Energy and depth of flow - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the relation between discharge and specific energy as dscharge is variable quantity in this case so we will learn the difference of specific energy diagram when discharge is variable and when discharge is constant.

Relationship Between Discharge (as variable) and Specific Energy - Hydraulics Engineering (in Hindi)

In this lecture you will learn about how to find the critical depth for rectangular and triangular channel sections.

Calculation of Critical Depth - Hydraulics Engineering (in Hindi)

In this lecture you will learn about Trapezoidal channel section and the different terms like section factor Z and critical Discharge. Numerical problems of Rectangular and Triangular Channel section are also discussed.

Numerical Problem of Critical Depth - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the channel with hump and the case when incoming fluid is in subcritical region.

Channel Transitions - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the channel with hump when incoming fluid is at supercritical region and how to find the maximum height of hump is also discussed in this lesson.

In this lecture you will learn how to solve the numerical problems related to the channel with hump or channel transitions.

Numerical Problem - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the introduction of uniform flow.

Uniform Flow (Introduction) - Hydraulics Engineering (in Hindi)

In this lecture you will learn about how to find the shear stress and velocity for a channel and you will also learn about Chezy Equation.

To find the shear stress and Velocity (Chezy Equation) - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the Darcy friction factor and with the help of numericals you will learn about how to solve numerical for chezy and mannings equation.

Mannings Formula and Numerical Problems - Hydraulics Engineering (in Hindi)

In this lecture you will learn about the what is economical channel section and what are the conditions for most efficient rectangular channel section.

Most efficient Rectangular Channel section - Hydraulics Engineering (in Hindi)

In this lecture you will learn about most efficient trapezoidal section and the case is discussed when side slope is constant. Three important conditions for this section to be economical are discussed in this lesson.

Most Efficient Trapezoidal Section - Hydraulics Engineering (in Hindi)

In this lecture you will learn the most economical trapezoidal section when side slope is varied. In this lecture all the four conditions of channel to be economical are discussed.

Most Efficient Trapezoidal channel Section - Hydraulics Engineering (in Hindi)

In this lecture the conditions of most efficient circular and triangular sections are discussed.

Most Efficient Triangular and Circular Channel Sections - Hydraulics Engineering (in Hindi)

In this lecture previous year GATE Questions of the topics which we have covered in this course are discussed.

Previous Year GATE questions - Hydraulics Engineering (in Hindi)

AIR - 29 GATE - 2021
AIR - 44 ESE 2020
A passionate tutor

Mohit Prajapati

In this series we are going to discuss impulse of jets, hydraulic turbine and pumps along with previous year numerical that are asked in Gate Civil.

Fluid Machinery Module 1: GATE (Civil)

In this series rest portion of the Open Channel Flow is discussed which includes calculation of hump and min width, GVF RVF flow profiles, hydraulic jump, surges, specific force.

(Hindi) Open Channel Flow Module -2: GATE (Civil)

This is the first part of Fluid Machinery (2ndmost important topic of FM) it will include, impulse of jets on different arrangements and some part of the hydraulic turbines. Along with the previous year year Numericals. Rest will be in module 2

(Hindi) Fluid Machinery (Module-1) for Gate (Civil)

Divyendu Mishra

This course is all about the basic fundamentals of fluid mechanics subject for the civil engineering students in there semesters, also for the students preparing for GATE, ESE (UPSC, state), PSU's and other technical exams.
Enjoy the lesson.!

(Hindi)GATE: Fluid Mechanics: Fundamentals and Basics

Most important chapter of fluid mechanics which contains Types of channel, classification of flows, velocity distribution, uniform flow, chezy equation, most economical and efficient section, continuity equation, energy equation etc.PYPs

(Hindi) Open Channel Flow (module-1) for Gate Civil

#Top & VERIFIED EDUCATOR
# PLUS EDUCATOR
Referral Code:-  CIVILGURU (Maximum discount)

Praveen Kumar

This Course is about Open Channel Flow with Theory and Old Gate Question.

This Course is beneficial for GATE (Civil)  aspirants.

Lessons

25 lessons • 4h 24m

Invalid Date

NaN

Course Overview - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Introduction of Open Channel Flow - Gate Civil Engineering (in Hindi)

Invalid Date

NaN

Types of Channels -Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Classification of Flows - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Classification of Flows - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Energy Equation - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Momentum Equation - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Numerical Problem - Hydraulics Engineering Gate Ce (in Hindi)

Invalid Date

NaN

Energy depth Relationship - Hydraulics Engineering (in Hindi)

Invalid Date

NaN

Relationship between specific energy and depth of flow - Hydraulics Engineering (in Hindi)

+ See all lessons