CHAITANYA BHARATHI INSTITUTE OF TECHNOLOGY (A)
A2- Hydraulic Engineering - IV- 2020-21
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Announcements
HE Course Assignment-II: Last Date for Submission: 23-05-2021
Hydraulic Engineering Course SLIP TEST – II on 17-05-2021 - 06:00 pm to 07:30 pm
COURSE END SURVEY FORM for the Hydraulic Engineering Course (18CEC08)
For Batch-02 Students : COURSE END SURVEY FORM for the Hydraulic Engineering LABORATORY Course
Hydraulic Engineering Assignment-I. Last Date for Submission: 04-04-2021
Hydraulic Engineering Assignment-I
Hydraulic Engineering Slip Test-I 05-04-2021 from 11:00 am to 12:00 pm
HE Course Slip Test-I
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210208-1- General Introduction
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210208-1- General Introduction
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210209-2- General Introduction
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210209-2- General Introduction
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210210-3- Basics and Syllabus discussion
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210210-3- Basics and Syllabus discussion
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210212-4- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210212-4- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210215-5- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210215-5- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210216-6- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210216-6- Derivation of Expression for laminar flow through circular files
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210217-7- Methods of Measurement of Viscosity
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210217-7- Methods of Measurement of Viscosity
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210222-9- Problems on Viscous Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210222-9- Problems on Viscous Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210223-10- Problems on Viscous Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210223-10- Problems on Viscous Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210224-11- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210224-11- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210227-12- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210227-12- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210301-13- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210301-13- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210302-14- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210302-14- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210308-15- Boundary Layer Theory_Drag and Lift
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210308-15- Boundary Layer Theory_Drag and Lift
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210309-16- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210309-16- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210310-17- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210310-17- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210315-18- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210315-18- Boundary Layer Theory
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210316-19- Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210316-19- Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210317-20- Problems on Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210317-20- Problems on Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210320-21- Solved Problems by using Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210320-21- Solved Problems by using Von-Karman Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210322-22- Boundary Layer Separation and Control Measures
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210322-22- Boundary Layer Separation and Control Measures
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210323-23- Drag and Lift forces
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210323-23- Drag and Lift forces
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210324-24- Drag Forces on Sphere, Cylinder and Airfoil
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210324-24- Drag Forces on Sphere, Cylinder and Airfoil
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210327-25- Introduction to Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210327-25- Introduction to Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210327-26- Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210327-26- Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210331-27- Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210331-27- Open Channel Flow
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210406-28- Velocity Distribution and Pressure Distribution in a Open Channel
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210406-28- Velocity Distribution and Pressure Distribution in a Open Channel
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210407-29- Uniform Flow, Continuity Equation and Energy Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210407-29- Uniform Flow, Continuity Equation and Energy Equation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210410-30- Chezy' equation Derivation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210410-30- Chezy' equation Derivation
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210412-31- Solved Problems on Chezy' equation and Empirical Formula- Manning’s Equation - Solved Problems
Solved Problems on Chezy' equation and Empirical Formula- Mannings Equation - Solved Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210417-32- Most Efficient Channel Section - solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210417-32- Most Efficient Channel Section - solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210424-33- Most Efficient Channel Section - solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210424-33- Most Efficient Channel Section - solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210426-34- Most Efficient Circular Channel Section conditions and solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210426-34- Most Efficient Circular Channel Section conditions and solved problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210427-35- Most Efficient Triangular Section, Computation of normal depth
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210427-35- Most Efficient Triangular Section, Computation of normal depth
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210503-36- Specific Energy Curve, Critical depth, Critical Velocity, Minimum specific Energy and Solved Problem
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210503-36- Specific Energy Curve, Critical depth, Critical Velocity, Minimum specific Energy and Solved Problem
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210504-37- Gradually Varied Flow Expression and Solved Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210504-37- Gradually Varied Flow Expression and Solved Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210505-38- Hydraulic Jump – Expressions- Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210505-38- Hydraulic Jump – Expressions- Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210508-39- Derived Expressions for Venturiflume and Standing wave flume, Solved Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210508-39- Derived Expressions for Venturiflume and Standing wave flume, Solved Problems
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210510-40- Types of Jump and Energy Dissipators, Hydraulic Turbines and Centrifugal Pump – Introduction
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210510-40- Types of Jump and Energy Dissipators, Hydraulic Turbines and Centrifugal Pump – Introduction
AY2021-UG-SEM-4-CEII-18CEC11-HE-EMR-20210510-41 - Centrifugal Pump – Introduction, Principle, Working, Procedure and Priming
AY2021-UG-SEM-4-CEII-18CEC11-HE-EMR-20210511-41 - Centrifugal Pump – Introduction, Principle, Working, Procedure and Priming
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210512-42- Hydraulic Turbines and Centrifugal Pump – Introduction and Centrifugal Pump –Principle, Components and Working
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210512-42- Centrifugal Pump – Heads, Efficiencies, Characteristic Curves, Cavitation and Priming
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210517-43- Centrifugal Pump-Work done and Classification of Turbines
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210517-43- Centrifugal Pump-Work done and Classification of Turbines
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210518-44 - Turbines –Different Heads and Efficiencies
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210518-44 - Turbines –Different Heads and Efficiencies
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210519-45 - Pelton Wheel – Component Parts, Principle, Working, Applications, Advantages, Disadvantages and Design Aspects
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210519-45 - Pelton Wheel – Component Parts, Principle, Working, Applications, Advantages, Disadvantages and Design Aspects
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210522-46-Kaplan and Francis Turbines – Component Parts, Principle, Working, Applications, Advantages, Disadvantages and their difference
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210522-46-Kaplan and Francis Turbines – Component Parts, Principle, Working, Applications, Advantages, Disadvantages and their difference
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210522-47-Characteristic Curves of Turbines, Unit Quantities and Discussed Problems related to Turbines
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210525-47-Characteristic Curves of Turbines, Unit Quantities and Discussed Problems related to Turbines
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210526-48- Selection of Hydraulic Turbines and Solved Problems on Turbines and Centrifugal Pumps
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210526-48- Selection of Hydraulic Turbines and Solved Problems on Turbines and Centrifugal Pumps
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A2- Hydraulic Engineering - IV- 2020-21
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Home
Courses
Civil Engineering
UG
AY 2020-21
IV-Semester
A2- Hydraulic Engineering - IV- 2020-21
Summary
A2- Hydraulic Engineering - IV- 2020-21
Teacher:
Sri E. Maheshwar Reddy Assistant Professor
Skill Level
:
Beginner