# Master's Student  at University of British Columbia.
# Former Assistant Structural Engineer at Marvel Structural Consultants.

Akhilesh Sharma

This course covers a branch of Hydraulics and fluid Mechanics - Open Channel Flow. Let's engage in the basic principles of open Channel flows and the associated correlations for steady one- dimensional flow in channels of common cross-sections. This course is beneficial for GATE (Civil) aspirants.

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 & ESE

English

Open Channel Flow - GATE (Civil)

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

Introduction to Open Channel Flow -
1. Types of channels
2. Flow classifications

Introduction to Open Channel Flow

1. Velocity and Pressure Distribution in OCF.
2. Momentum and Energy Equation in OCF.

Governing Equations in OCF

1. Momentum Equation for Uniform flow
2. Most Economical (Rectangular) channel section.

CORRECTION - In case of Retarded Flow the depth of flow increases for same value of Q.

Uniform Flow ( Part 1)

Most efficient trapezoidal and triangular channel sections.

Uniform Flow ( Part 2 )

1. Correction Factors.
2. Specific Energy & Specific Energy Curve. 
3. Criteria for min. Specific Energy
4. Effect of discharge on specific Energy Curve. 
5. Criteria for max. discharge.

Specific Energy & Critical Depth (Part 1)

1. Calculation of Critical Depth & min. specific Energy for various channel sections.
2. Channel Transition - Hump ( Sub-Critical & Super-Critical Flow ).

Specific Energy & Critical Depth (Part 2)

1. Channel Transition :- Width Contraction.
2. Specific force.
3. Summary of Specific Energy & Critical Depth.

Specific Energy & Critical Depth (Part 3)

Numerical Problems related to Channel Transitions - Hump and width Contraction.

Specific Energy & Critical Depth - Numerical Problems

1. Eqns for Gradually Varied Flow. 
2. Eqns for Gradually Varied Flow in case of Wide rectangular channel Section.

Gradually Varied Flow - Part 1

Gradually Varied Flow (Flow Profiles) - Part 2

Gradually Varied Flow (Flow Profiles) - Part 3

1. Flow profile when grade changes. 
2. Numericals

Gradually Varied Flow (Flow Profiles) - Part 4

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

12 lessons • 2h 46m

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Introduction to Open Channel Flow

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Governing Equations in OCF

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Uniform Flow ( Part 1)

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Uniform Flow ( Part 2 )

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Specific Energy & Critical Depth (Part 1)

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Specific Energy & Critical Depth (Part 2)

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Specific Energy & Critical Depth (Part 3)

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Specific Energy & Critical Depth - Numerical Problems

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Gradually Varied Flow - Part 1

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Gradually Varied Flow (Flow Profiles) - Part 2

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