06:21

Mathematics :Algebraic Expressions

29:08

Overview of Engineering Mathematics-II

09:52

Single Column Manometer For Pressure Measurement:

01:22

Redwood Viscometer

01:28:40

Vorticity Velocity Potential & Stream Function |Fluid Mechanics|

11:32

Numerical on Continuity Equation-Find Third Velocity Component |Fluid Mechanics|

13:45

Numerical on Continuity Equation |Fluid Mechanics|

08:30

Reynolds Experiment: To Recognize Laminar, Transitional & Turbulent Flow Thorough Pipe: Part-II

33:29

Reynolds Experiment: To Recognize Laminar, Transitional & Turbulent Flow Thorough Pipe: Part-I

37:06

Types of Flow Lines |Fluid Mechanics|

35:39

Types of Flows |Fluid Mechanics| Part -II

36:55

Types of Flows |Fluid Mechanics| Part -I

46:17

Continuity Equation for Compressible and Incompressible Flow |Fluid Mechanics|

28:27

Total or Material or Substantial Derivatives For Velocity |Fluid Mechanics|

41:49

Fluid Description Methods | Fluid Mechanics |

13:10

Metacentric Height of Floating Body-Experimental Method [Part-2]

46:48

Metacentric Height of Floating Body-Experimental Method [Part-1]

16:41

Metacentric Height Numerical

32:29

Metacentric Height-Analytical Method

12:06

Numerical on Capillary Rise or Fall

15:05

Numerical on Viscosity

01:10:17

Redwood Viscometer Experiment | Viscosity of Engine Oil Using Redwood Viscometer | Fluid Mechanics |

32:02

Pressure Measurement Devices | How to measure a pressure | Fluid Mechanics |

05:09

Total Pressure & Centre of Pressure | Fluid Mechanics |

09:44

Numerical on Hydrostatic Law

09:45

Hydrostatic Law

17:01

|Numerical on Pascal| Law Hydraulic Lift System|

24:45

Fluid Mechanics | Basics of Fluid Statics | Pascal's law

11:48

Bulk Modulus and Compressibility: Properties of Fluid

11:27

Vapour Pressure Properties of Fluid

11:22

Types of Fluid and Rheology

11:46

|What is Viscosity|

14:38

| Mass Density | Weight Density| Specific Volume | Specific Gravity |

27:37

|What is Fluid| Why Fluid is Required|

13:47

Applications of Fluid Mechanics

23:36

Introduction To Syllabus of Fluid Mechanics

01:32

Learn Mechanical Engineering

07:05

Mass Transfer Numerical To Find Mass Concentrations and Mass Densities

07:55

Mass Transfer Numerical To Find Molar and Mass Fraction

04:05

Fick’s Law of Diffusion

08:01

Concentration, Velocity and Fluxes in Mass Transfer

07:02

|Mass Transfer| Modes of Mass Transfer|

06:14

Mass Transfer: Introduction

12:08

Design of Shell and Tube Type Heat Exchangers

07:55

TEMA Standards of Heat Exchanger Design

06:04

Economic Considerations of Heat Exchangers

06:11

Heat Exchanger Materials

06:52

How To Design A Heat Exchanger

06:26

Design Considerations of Heat Exchanger

04:14

Basic Design Methods of Heat Exchanger

10:54

Electronic Cooling Systems

08:50

Heat Pipe Working and Principle

19:29

Problem on Parallel Flow and Counter Flow Heat Exchanger

14:40

Effectiveness of Counter Flow Heat Exchanger

16:52

Effectiveness of Parallel Flow Heat Exchanger

07:11

NTU Effectiveness Method of Heat Exchanger

13:46

LMTD for Counter Flow Heat Exchanger | Heat Exchanger | Heat Transfer |

10:11

LMTD for Parallel Flow Heat Exchanger | Heat Exchanger | Heat Transfer |

05:30

Analysis of Heat Exchanger

11:15

Fouling Factor in Heat Exchanger