CHAITANYA BHARATHI INSTITUTE OF TECHNOLOGY (A)
A1- Hydraulic Engineering - IV- 2020-21
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General
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 - Hydraulic Engineering Course (18CEC08)
Hydraulic Engineering Assignment-I
Hydraulic Engineering Assignment-I - Last Date for Submission: 04-04-2021
HE Course Slip Test - I
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210208-01- General Introduction
General Introduction
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210210-02- Basics and Syllabus discussion
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210210-02- Basics and Syllabus discussion
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210211-03- Laminar Flow and Turbulent flow concepts
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210211-03- Laminar Flow and Turbulent flow concepts
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210212-04- Laminar Flow and Turbulent flow concepts
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210212-04- Laminar Flow and Turbulent flow concepts
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210215-05- Annulus laminar flow and flow between the two plates
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210215-05- Annulus laminar flow and flow between the two plates
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210218-06- Methods of Measurement of Viscosity
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210218-06- Methods of Measurement of Viscosity
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210222-09- Problems on Viscous Flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210222-09- Problems on Viscous Flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210225-10- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210225-10- Turbulent flow Characteristics, Derivation for shear stress in turbulent flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210226-11- Turbulent flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210226-11- Turbulent flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210227-12- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210227-12- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210301-13- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210301-13- Turbulent Flow in Pipes
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210308-14- Boundary Layer Theory Drag and Lift
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210308-14- Boundary Layer Theory Drag and Lift
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210312-15- Boundary Layer Theory
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210312-15- Boundary Layer Theory
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210315-16- Boundary Layer Theory
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210315-16- Boundary Layer Theory
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210318-17- Problems and Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210318-17- Problems and Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210319-18- Applications of Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210319-18- Applications of Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210320-19- Solved Problems by using Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210320-19- Solved Problems by using Von-Karman Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210322-20- Boundary Layer Separation and Control Measures
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210322-20- Boundary Layer Separation and Control Measures
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210323-21- Drag Force on Sphere, Cylinder and Aerofoil
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210323-21- Drag Force on Sphere, Cylinder and Aerofoil
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210327-22- Introduction to Open Channel Flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210327-22- Introduction to Open Channel Flow
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210408-23- Geometrical parameters of a channel and solved problems on Hydraulic Mean Depth
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210408-23- Geometrical parameters of a channel and solved problems on Hydraulic Mean Depth
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210409-24- Uniform Flow, Continuity Equation and Energy Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210409-24- Uniform Flow, Continuity Equation and Energy Equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210410-25- Chezy' equation Derivation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210410-25- Chezy' equation Derivation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210412-26- Solved Problems on Chezy' equation and Empirical Formula- Mannings Equation - Solved Problems
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210412-26- Solved Problems on Chezy' equation and Empirical Formula- Mannings Equation - Solved Problems
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210415-27- Solved Problems on Chezy' equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210415-27- Solved Problems on Chezy' equation
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210416-28- Rectangular - Most Efficient Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210416-28- Rectangular - Most Efficient Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210417-29- Rectangular - Most Efficient Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210417-29 & 30- Rectangular - Most Efficient Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210423-31- Rectangular - Most Efficient Triangular Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210423-31 - Most Efficient Triangular Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210423-32- Rectangular - Most Efficient Circular Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210423-32 - Most Efficient Circular Channel Section
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210426-33- Introduction to Non-Uniform Flow Through Open Chann
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210426-33- Introduction to Non-Uniform Flow Through Open Chann
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210429-34- Specific Energy Curve, Critical depth, critical velocity, Minimum specific energy
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210429-34- Specific Energy Curve, Critical depth, critical velocity, Minimum specific energy
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210430-35- Gradually Varied Flow Equation (GVF) – Derived Equation and solved problems
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210430-35- Gradually Varied Flow Equation (GVF) – Derived Equation and solved problems
AY2021-UG-SEM-4-CEI-18CEC08-HE-EMR-20210503-36- Rapidly Varied Flow – Hydraulic Jump – Expressions
AY2021-UG-SEM-4-CEI-18CEC08-HE-EMR-20210503-36- Rapidly Varied Flow – Hydraulic Jump – Expressions
AY2021-UG-SEM-4-CEII-18CEC08-HE-EMR-20210507-37- Effects, Uses and Applications of Hydraulic Jump and Solved problems on Hydraulic Jump
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210507-37- Effects, Uses and Applications of Hydraulic Jump and Solved problems on Hydraulic Jump
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210508-38- Derived Expressions for Venturiflume and Standing wave flume, Solved Problems, Types of Jump and Energy Dissipators
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210508-38- Derived Expressions for Venturiflume and Standing wave flume, Solved Problems, Types of Jump and Energy Dissipators
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210510-39- Hydraulic Turbines and Centrifugal Pump – Introduction and Centrifugal Pump –Principle, Components and Working
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210510-39- Hydraulic Turbines and Centrifugal Pump – Introduction and Centrifugal Pump –Principle, Components and Working
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210513-40- Centrifugal Pump – Specific Speed, Heads, Efficiencies, Characteristic Curves, Priming and Cavitaion
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210513-40- Centrifugal Pump – Specific Speed, Heads, Efficiencies, Characteristic Curves, Priming and Cavitaion
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210517-41- Centrifugal Pump-Work done and Classification of Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210517-41- Centrifugal Pump-Work done and Classification of Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210520-42-Difference between Impulse Turbine and Reaction Turbine, Heads and Efficiencies, Working Principle and Procedure of Pelton Wheel Turbine
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210520-42-Difference between Impulse Turbine and Reaction Turbine, Heads and Efficiencies, Working Principle and Procedure of Pelton Wheel Turbine
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210521-43- Component Parts, Working Principle and Procedure of Kaplan Turbine, Specific Speed and its Significance in Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210521-43- Component Parts, Working Principle and Procedure of Kaplan Turbine, Specific Speed and its Significance in Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210522-44- Component Parts, Working Principle and Procedure of Francis Turbine, Draft Tube and Cavitation Phenomenon
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210522-44- Component Parts, Working Principle and Procedure of Francis Turbine, Draft Tube and Cavitation Phenomenon
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210524-45-Characteristic Curves of Turbines, Unit Quantities and Discussed Problems related to Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210524-45-Characteristic Curves of Turbines, Unit Quantities and Discussed Problems related to Turbines
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210527-46- Solved Problems related to Turbines and Centrifugal Pump
AY2021-UG-SEM-4-CE1-18CEC08-HE-EMR-20210527-46- Solved Problems related to Turbines and Centrifugal Pump
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A1- Hydraulic Engineering - 2020-21
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Course info
Home
Courses
Civil Engineering
UG
AY 2020-21
IV-Semester
A1- Hydraulic Engineering - 2020-21
Summary
A1- Hydraulic Engineering - IV- 2020-21
Teacher:
Sri E. Maheshwar Reddy Assistant Professor
Skill Level
:
Beginner