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Transport Phenomena Fundamentals

Track :

Science

Lessons no : 42

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What will you learn in this course?
  • Master mass transfer principles for chemical and environmental engineering applications using diffusion, convection, and mass flux techniques
  • Apply heat transfer concepts to design efficient thermal systems with conduction, convection, and radiation methods
  • Analyze momentum transfer in fluid dynamics to optimize pipe flow, turbulence, and boundary layer behavior
  • Utilize transport equations to model energy, mass, and momentum transfer in real-world engineering systems
  • Implement conservation laws to solve complex problems in heat, mass, and momentum transfer processes
  • Evaluate the effects of physical properties on heat, mass, and momentum transfer in different materials and fluids
  • Design systems that enhance energy efficiency and reduce environmental impact through effective transport phenomena management
  • Use computational tools to simulate transport processes and predict system performance accurately
  • Identify and troubleshoot issues related to heat, mass, and momentum transfer in industrial applications
  • Integrate transport phenomena principles into process design for chemical, mechanical, and environmental engineering
  • Apply experimental techniques to measure and analyze transport properties in laboratory settings
  • Develop innovative solutions to improve energy transfer, material handling, and fluid flow in engineering systems

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  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 42
Transport Phenomena of Non Newtonian Fluids Intro Video
00:11:31

Transport Phenomena of Non Newtonian Fluids Intro Video
Lec 1 Newtonian Fluids and Classification of Non Newtonian Fluids
00:44:55

Lec 1 Newtonian Fluids and Classification of Non Newtonian Fluids
Lec 2 Time Independent Non Newtonian Fluids
00:59:21

Lec 2 Time Independent Non Newtonian Fluids
Lec 3 Time Dependent Non Newtonian Fluids and Viscoelastic Non Newtonian Fluids
01:04:21

Lec 3 Time Dependent Non Newtonian Fluids and Viscoelastic Non Newtonian Fluids
Lec 4 Viscoelastic Non Newtonian Fluids
01:03:49

Lec 4 Viscoelastic Non Newtonian Fluids
Lec 5 Capillary Viscometers
00:56:53

Lec 5 Capillary Viscometers
Lec 6 Capillary Viscometers – Errors and Corrections
01:01:36

Lec 6 Capillary Viscometers – Errors and Corrections
Lec 7 Capillary Viscometers – Errors and Corrections II
00:59:57

Lec 7 Capillary Viscometers – Errors and Corrections II
Lec 8 Rotational Rheometers
00:50:04

Lec 8 Rotational Rheometers
Lec 9 Rotational Viscometers – II
00:53:46

Lec 9 Rotational Viscometers – II
Lec 10 Rotational Viscometers – III
00:42:30

Lec 10 Rotational Viscometers – III
Lec 11 Continuum Hypothesis and Transport Mechanisms
00:57:40

Lec 11 Continuum Hypothesis and Transport Mechanisms
Lec 12 Equations of Change for Isothermal Systems
00:54:19

Lec 12 Equations of Change for Isothermal Systems
Lec 13 Equations of Change for Non Isothermal Systems
01:01:19

Lec 13 Equations of Change for Non Isothermal Systems
Lec 14 Time Independent Fluids Flow Through Pipes
01:03:59

Lec 14 Time Independent Fluids Flow Through Pipes
Lec 15 Power law and Ellis Model Fluids Flow Through Pipes
00:44:13

Lec 15 Power law and Ellis Model Fluids Flow Through Pipes
Lec 16 Bingham Plastic Fluids Flow through Pipes
00:52:46

Lec 16 Bingham Plastic Fluids Flow through Pipes
Lec 17 Herschel Bulkley Fluids Flow through Pipes
00:46:56

Lec 17 Herschel Bulkley Fluids Flow through Pipes
Lec 18 Transition and Turbulent Flow of GNF in Pipes
00:44:57

Lec 18 Transition and Turbulent Flow of GNF in Pipes
Lec 19 Transition and Turbulent Flow of GNF in Pipes II
01:02:51

Lec 19 Transition and Turbulent Flow of GNF in Pipes II
Lec 20 Laminar flow of GNFs between Parallel Plates and along Inclined Surface
01:01:33

Lec 20 Laminar flow of GNFs between Parallel Plates and along Inclined Surface
Lec 21 Laminar flow of GNFs along Inclined Surface and Concentric Annulus
00:58:00

Lec 21 Laminar flow of GNFs along Inclined Surface and Concentric Annulus
Lec 22 Flow of Non Newtonian Fluids through Packed Beds
01:02:30

Lec 22 Flow of Non Newtonian Fluids through Packed Beds
Lec 23 Dispersion in Packed Beds Non Newtonian Effects
00:44:34

Lec 23 Dispersion in Packed Beds Non Newtonian Effects
Lec 24 Liquid Solid Fluidization by Power law Liquids
00:49:35

Lec 24 Liquid Solid Fluidization by Power law Liquids
Lec 25 Free Convection between Two Vertical Plates
00:47:58

Lec 25 Free Convection between Two Vertical Plates
Lec 26 Viscous Heat Generation
00:52:50

Lec 26 Viscous Heat Generation
Lec 27 Temperature distribution in fluids confined between co axial cylinders
00:31:28

Lec 27 Temperature distribution in fluids confined between co axial cylinders
Lec 28 Temperature distribution for FDF of Newtonian fluids in tubes
00:43:57

Lec 28 Temperature distribution for FDF of Newtonian fluids in tubes
Lec 29 Heat Transfer Combined with Chemical Reactions
00:38:04

Lec 29 Heat Transfer Combined with Chemical Reactions
Lec 30 Transpiration Cooling
00:51:30

Lec 30 Transpiration Cooling
Lec 31 Basics of MT Diffusion Through Stagnant Gas Film
01:09:44

Lec 31 Basics of MT Diffusion Through Stagnant Gas Film
Lec 32 Non Isothermal Diffusive MT and Forced Convective MT
01:05:08

Lec 32 Non Isothermal Diffusive MT and Forced Convective MT
Lec 33 Simultaneous Heat and Mass Transfer
00:42:05

Lec 33 Simultaneous Heat and Mass Transfer
Lec 34 Mass Transfer Combined with Chemical Reactions
00:42:04

Lec 34 Mass Transfer Combined with Chemical Reactions
Lec 35 Quasi Steady Analysis of Simultaneous HT MT and Chemical Reaction
01:01:58

Lec 35 Quasi Steady Analysis of Simultaneous HT MT and Chemical Reaction
Lec 36 Quasi Steady Analysis of Simultaneous HT and MT I
00:38:01

Lec 36 Quasi Steady Analysis of Simultaneous HT and MT I
Lec 37 Quasi Steady Analysis of Simultaneous HT and MT – II
00:57:19

Lec 37 Quasi Steady Analysis of Simultaneous HT and MT – II
Lec 38 Quasi Steady Analysis of Simultaneous HT and MT – III
00:48:02

Lec 38 Quasi Steady Analysis of Simultaneous HT and MT – III
Lec 39 Momentum and Thermal Boundary Layer Flows
00:49:17

Lec 39 Momentum and Thermal Boundary Layer Flows
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Transport Phenomena course, In this course we will learn about the principles governing the transport of mass, energy, and momentum in various physical and engineering systems.