Hydraulic Machines Principles

Engineering

2024-01-19

Lessons List

Principle of Hydraulic Machines and System Design Intro Video

Lec 1 Introduction to hydraulic machines classifications and operational principles

Lec 2 Euler equation for turbomachines net head developed by the pump turbines

Lec 3 Velocity triangles of pumps effect of inlet swirl on pump operation

Lec 4 Velocity triangles of pumps effect of inlet swirl on pump operation

Lec 5 Pump casings Efficiencies and Problems

Lec 6 Pump casings Efficiencies and Problems II

Lec 7 Pump casings Efficiencies and Problems III

Lec 8 Axial flow pump HQ curve System Resistance Curve I

Lec 9 Axial flow pump HQ curve System Resistance Curve II

Lec 10 HQ Curve System Resistance Curve I

Lec 11 HQ Curve System Resistance Curve II

Lec 12 Introduction to Cavitation

Lec 13 Condition for Cavitation and NPSH

Lec 14 Net Positive Suction Head NPSH

Lec 15 Suction number and Introduction to off design condition

Lec 16 Cavitation The effect of off design Conditions

Lec 17 Cavitation Preventive Measures

Lec 18 Cavitation Preventive Measures Effect on Pump Characteristic

Lec 19 Problems on Cavitation

Lec 20 Introduction to Slip Stodola Slip Model

Lec 21 Departure from Euler theory

Lec 22 Slip Velocity I

Lec 23 Slip Velocity II

Lec 24 Problem on slip

Lec 25 Degree of reaction of pump

Lec 26 Degree of reaction and axial pump design

Lec 27 Testing of radial flow pump I

Lec 28 Testing of radial flow pump II

Lec 29 Problem on radial flow pump testing

Lec 30 Radial equilibrium of axial flow pump I

Lec 31 Radial equilibrium of axial flow pump II

Lec 32 Pump operation series and parallel connection

Lec 33 Series and parallel operation of dissimilar pumps

Lec 34 Pumping system design

Lec 35 Design of parellel pumping system

Lec 36 Numerical problem on pumps I

Lec 37 Numerical problem on pumps II

Lec 38 Numerical problem on pumps III

Lec 39 Working principle and Indicator diagram of PD pump

Lec 40 Working principle and Indicator diagram of PD pump contd

Lec 41 Modified indicator diagram and Head Discharge curve

Lec 42 Analysis and Head Discharge curve of PD pump

Lec 43 Analysis and efficiencies of PD pump

Lec 44 Requirement of air chamber in PD pump

Lec 45 Numerical problem on PD pump with air chamber

Lec 46 Similarity and dimensional analysis of hydraulic machines

Lec 47 Dimensional analysis of hydraulic machines Buckingham s ℼ theorem

Lec 48 Buckingham s ℼ theorem Specific speed of hydraulic machines

Lec 49 Turbine Classification and Operational principle of Pelton wheel

Lec 50 Velocity Tiangles and analysis

Lec 51 Operational Principle of Reaction turbine

Lec 52 Degree of Reaction and Introduction to axial flow turbine

Lec 53 Kaplan Turbine Operational Principle Turbine efficiencies

Lec 54 Draft Tube for Reaction Turbine and Cavitation

Lec 55 Energy Balance and NPSH

Lec 56 Thoma Cavitation Factor

Lec 57 Reaction Turbine Design aspects and Characteristic Curves

Lec 58 Problems on Impulse and Reaction Turbines

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5 Reviews

Chisom Obodoeze

Awesome experience

2026-03-03

Dikeocha Harmony

All i have to say God bless the brains behind this.

2025-10-04

Mudenda Mulekwa

Amazing

2025-04-14

Ravi Varma

nice lession

2025-04-09

PRASENJEET KUMAR

Its a great experience in this hydraulic  machines course

2024-12-25

dinesh kumar pandey

very excellent

2024-10-11

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Hydraulic Machines course in hindi, In this course we explore the principles and applications of hydraulic machinery in engineering and fluid power systems.

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Hydraulic Machines Principles

Engineering

Principle of Hydraulic Machines and System Design Intro Video

Lec 1 Introduction to hydraulic machines classifications and operational principles

Lec 2 Euler equation for turbomachines net head developed by the pump turbines

Lec 3 Velocity triangles of pumps effect of inlet swirl on pump operation

Lec 4 Velocity triangles of pumps effect of inlet swirl on pump operation

Lec 5 Pump casings Efficiencies and Problems

Lec 6 Pump casings Efficiencies and Problems II

Lec 7 Pump casings Efficiencies and Problems III

Lec 8 Axial flow pump HQ curve System Resistance Curve I

Lec 9 Axial flow pump HQ curve System Resistance Curve II

Lec 10 HQ Curve System Resistance Curve I

Lec 11 HQ Curve System Resistance Curve II

Lec 12 Introduction to Cavitation

Lec 13 Condition for Cavitation and NPSH

Lec 14 Net Positive Suction Head NPSH

Lec 15 Suction number and Introduction to off design condition

Lec 16 Cavitation The effect of off design Conditions

Lec 17 Cavitation Preventive Measures

Lec 18 Cavitation Preventive Measures Effect on Pump Characteristic

Lec 19 Problems on Cavitation

Lec 20 Introduction to Slip Stodola Slip Model

Lec 21 Departure from Euler theory

Lec 22 Slip Velocity I

Lec 23 Slip Velocity II

Lec 24 Problem on slip

Lec 25 Degree of reaction of pump

Lec 26 Degree of reaction and axial pump design

Lec 27 Testing of radial flow pump I

Lec 28 Testing of radial flow pump II

Lec 29 Problem on radial flow pump testing

Lec 30 Radial equilibrium of axial flow pump I

Lec 31 Radial equilibrium of axial flow pump II

Lec 32 Pump operation series and parallel connection

Lec 33 Series and parallel operation of dissimilar pumps

Lec 34 Pumping system design

Lec 35 Design of parellel pumping system

Lec 36 Numerical problem on pumps I

Lec 37 Numerical problem on pumps II

Lec 38 Numerical problem on pumps III

Lec 39 Working principle and Indicator diagram of PD pump

Lec 40 Working principle and Indicator diagram of PD pump contd

Lec 41 Modified indicator diagram and Head Discharge curve

Lec 42 Analysis and Head Discharge curve of PD pump

Lec 43 Analysis and efficiencies of PD pump

Lec 44 Requirement of air chamber in PD pump

Lec 45 Numerical problem on PD pump with air chamber

Lec 46 Similarity and dimensional analysis of hydraulic machines

Lec 47 Dimensional analysis of hydraulic machines Buckingham s ℼ theorem

Lec 48 Buckingham s ℼ theorem Specific speed of hydraulic machines

Lec 49 Turbine Classification and Operational principle of Pelton wheel

Lec 50 Velocity Tiangles and analysis

Lec 51 Operational Principle of Reaction turbine

Lec 52 Degree of Reaction and Introduction to axial flow turbine

Lec 53 Kaplan Turbine Operational Principle Turbine efficiencies

Lec 54 Draft Tube for Reaction Turbine and Cavitation

Lec 55 Energy Balance and NPSH

Lec 56 Thoma Cavitation Factor

Lec 57 Reaction Turbine Design aspects and Characteristic Curves

Lec 58 Problems on Impulse and Reaction Turbines

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