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Hydraulic Machines Principles

Course Reviews

Track :

Engineering

Lessons no : 59

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What will you learn in this course?
  • Understand the fundamental principles of hydraulic machines and their role in fluid power systems and engineering applications
  • Analyze different types of hydraulic machines, including pumps and turbines, for various industrial uses
  • Apply mathematical and physical concepts to calculate performance parameters of hydraulic machinery
  • Identify the components and working mechanisms of hydraulic pumps, motors, and turbines
  • Evaluate the efficiency and performance of hydraulic machines in real-world scenarios
  • Design basic hydraulic systems incorporating pumps, valves, and actuators for specific engineering tasks
  • Troubleshoot common issues in hydraulic machinery to optimize operation and maintenance
  • Compare different hydraulic machine types to select appropriate solutions for engineering projects
  • Interpret technical diagrams and schematics related to hydraulic machinery systems
  • Assess safety standards and environmental considerations in hydraulic machine operation
  • Implement control strategies for hydraulic systems to improve precision and responsiveness
  • Utilize modern tools and software for simulation and analysis of hydraulic machinery performance

How to Get The Certificate

  • You must have an account Register
  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
  • you can follow your course progress From Your Profile
  • You can Register With Any Course For Free
  • The Certificate is free !
Lessons | 59
Principle of Hydraulic Machines and System Design Intro Video
00:04:51

Principle of Hydraulic Machines and System Design Intro Video
Lec 1 Introduction to hydraulic machines classifications and operational principles
00:50:34

Lec 1 Introduction to hydraulic machines classifications and operational principles
Lec 2 Euler equation for turbomachines net head developed by the pump turbines
01:01:06

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
00:39:19

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
00:51:32

Lec 4 Velocity triangles of pumps effect of inlet swirl on pump operation
Lec 5 Pump casings Efficiencies and Problems
00:47:32

Lec 5 Pump casings Efficiencies and Problems
Lec 6 Pump casings Efficiencies and Problems II
01:04:36

Lec 6 Pump casings Efficiencies and Problems II
Lec 7 Pump casings Efficiencies and Problems III
00:54:12

Lec 7 Pump casings Efficiencies and Problems III
Lec 8 Axial flow pump HQ curve System Resistance Curve I
00:53:12

Lec 8 Axial flow pump HQ curve System Resistance Curve I
Lec 9 Axial flow pump HQ curve System Resistance Curve II
00:35:35

Lec 9 Axial flow pump HQ curve System Resistance Curve II
Lec 10 HQ Curve System Resistance Curve I
00:55:37

Lec 10 HQ Curve System Resistance Curve I
Lec 11 HQ Curve System Resistance Curve II
00:49:35

Lec 11 HQ Curve System Resistance Curve II
Lec 12 Introduction to Cavitation
00:47:33

Lec 12 Introduction to Cavitation
Lec 13 Condition for Cavitation and NPSH
00:42:05

Lec 13 Condition for Cavitation and NPSH
Lec 14 Net Positive Suction Head NPSH
00:46:33

Lec 14 Net Positive Suction Head NPSH
Lec 15 Suction number and Introduction to off design condition
00:54:06

Lec 15 Suction number and Introduction to off design condition
Lec 16 Cavitation The effect of off design Conditions
00:48:02

Lec 16 Cavitation The effect of off design Conditions
Lec 17 Cavitation Preventive Measures
00:44:07

Lec 17 Cavitation Preventive Measures
Lec 18 Cavitation Preventive Measures Effect on Pump Characteristic
00:49:26

Lec 18 Cavitation Preventive Measures Effect on Pump Characteristic
Lec 19 Problems on Cavitation
00:53:40

Lec 19 Problems on Cavitation
Lec 20 Introduction to Slip Stodola Slip Model
00:55:54

Lec 20 Introduction to Slip Stodola Slip Model
Lec 21 Departure from Euler theory
00:51:22

Lec 21 Departure from Euler theory
Lec 22 Slip Velocity I
00:47:37

Lec 22 Slip Velocity I
Lec 23 Slip Velocity II
00:35:02

Lec 23 Slip Velocity II
Lec 24 Problem on slip
00:42:55

Lec 24 Problem on slip
Lec 25 Degree of reaction of pump
00:42:09

Lec 25 Degree of reaction of pump
Lec 26 Degree of reaction and axial pump design
00:48:48

Lec 26 Degree of reaction and axial pump design
Lec 27 Testing of radial flow pump I
00:49:08

Lec 27 Testing of radial flow pump I
Lec 28 Testing of radial flow pump II
00:32:47

Lec 28 Testing of radial flow pump II
Lec 29 Problem on radial flow pump testing
00:19:26

Lec 29 Problem on radial flow pump testing
Lec 30 Radial equilibrium of axial flow pump I
00:40:56

Lec 30 Radial equilibrium of axial flow pump I
Lec 31 Radial equilibrium of axial flow pump II
00:32:37

Lec 31 Radial equilibrium of axial flow pump II
Lec 32 Pump operation series and parallel connection
00:36:27

Lec 32 Pump operation series and parallel connection
Lec 33 Series and parallel operation of dissimilar pumps
00:36:01

Lec 33 Series and parallel operation of dissimilar pumps
Lec 34 Pumping system design
00:38:50

Lec 34 Pumping system design
Lec 35 Design of parellel pumping system
00:46:14

Lec 35 Design of parellel pumping system
Lec 36 Numerical problem on pumps I
00:45:34

Lec 36 Numerical problem on pumps I
Lec 37 Numerical problem on pumps II
00:41:26

Lec 37 Numerical problem on pumps II
Lec 38 Numerical problem on pumps III
00:49:19

Lec 38 Numerical problem on pumps III
Lec 39 Working principle and Indicator diagram of PD pump
00:48:09

Lec 39 Working principle and Indicator diagram of PD pump
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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.