Heat Exchangers: Fundamentals And Design Analysis

Course Duration : 12 Weeks

PROF. INDRANIL GHOSH

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What you will learn

  • Mechanical Engineering

Heat exchangers are extensively used in diverse industries covering power generation, refrigeration and air conditioning, cryogenics, oil refineries and chemical processes, automobiles and other transport devices. The performance of a heat exchanger is very important for the conservation of energy, assurance of product quality, process viability and environmental protection. The present course aims at developing a familiarity with various types of heat exchangers, their construction and applications. Conventional methods of heat exchanger analysis; brief design methodology of typical heat exchangers and synthesis of heat exchanger network. It is planned to develop an appreciation and basic expertise in heat exchanger through description, mathematical analysis and numerical examples.

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Lecture 6 : Design and Simulation
Preview 35:15
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Lecture 7 : Design and Simulation of Heat Exchangers - Numerical Problem
Preview 32:39
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Lecture 8 : Design and Simulation of Heat Exchangers - Numerical Problem (Contd.)
Preview 29:51
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Lecture 9 : Design and Simulation of Heat Exchangers - Numerical Problem (Contd.)
Preview 29:12
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Lecture 10 : Tubular Heat Exchanger Types
Preview 40:57

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Lecture 11 : Tubular Heat Exchanger Types : Heat Transfer Co-efficient
Preview 32:13
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Lecture 12 : Tubular Heat Exchanger : Double Pipe
Preview 33:49
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Lecture 13 : Tubular Heat Exchanger : Shell - and - Tube
Preview 33:28
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Lecture 14 : Tubular Heat Exchanger : Shell - and - Tube Design
Preview 20:50
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Lecture 15 : Tubular Heat Exchanger : Shell - and - Tube Design (Contd.)
Preview 22:15

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Lecture 16: Enhancement of Heat Transfer compact Heat Exchangers
Preview 31:16
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Lecture 17: Extended Surface Heat Transfer
Preview 34:29
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Lecture 18: Extended Surface Heat Transfer: Some Example
Preview 28:22
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Lecture 19: Extended Surface Heat Exchangers: Some Example
Preview 28:22
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Lecture 20: Analysis of fin plates of finned tube heat exchanger
Preview 28:25
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Lecture 21 : Finned tube heat exchanger
Preview 29:08

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Lecture 22 : Finned tube heat exchanger (Contd.)
Preview 31:26
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Lecture 23 : Finned tube heat exchanger (Contd.)
Preview 32:05
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Lecture 24 : Plate fin heat exchanger
Preview 39:22
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Lecture 25 : Plate fin heat exchanger (Contd.)
Preview 20:25
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Lecture 26 : Plate fin heat exchanger (Contd.)
Preview 28:49
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Lecture 27 : Plate fin heat exchanger : Analysis
Preview 28:14
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Lecture 28 : Plate fin heat exchanger : Pressure drop
Preview 30:34

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Lecture 29: Plate fin heat exchanger : Numerical
Preview 29:15
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Lecture 30: Plate fin heat exchanger : Numerical (Contd.)
Preview 30:22
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Lecture 31: Plate fin heat exchanger : Numerical (Contd.)
Preview 30:13
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Lecture 32: Plate fin heat exchanger : Multistream
Preview 29:37
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Lecture 33: Plate fin heat exchanger : Multistream (Contd.)
Preview 28:53
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Lecture 34: Plate fin heat exchanger : Multistream Analysis
Preview 30:48
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Lecture 35: Plate fin heat exchanger : Layer Stacking
Preview 29:23

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Lecture 36 : Phase change heat exchangers
Preview 42:00
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Lecture 37 : Phase change heat exchangers (Contd.)
Preview 30:08
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Lecture 38 : Surface Condenser
Preview 27:16
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Lecture 39 : Surface Condenser (Contd.)
Preview 31:21
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Lecture 40 : Surface Condenser (Contd.)
Preview 28:00
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Lecture 41 : Surface Condenser (Contd.)
Preview 27:11

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Lecture 42 : In tube condensation
Preview 36:35
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Lecture 43 : Heat pipes and Heat pipe heat exchangers
Preview 30:48
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Lecture 44 : Heat pipes and Heat pipe heat exchangers (Contd.)
Preview 27:05
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Lecture 45 : Heat pipes and Heat exchangers
Preview 28:20
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Lecture 46 : Heat pipes and Heat exchangers (contd.)
Preview 26:59

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Lecture 47 : Micro Heat Exchanger Introduction
Preview 28:09
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Lecture 48 : Micro scale Heat Transfer
Preview 28:11
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Lecture 49 : Micro scale Heat Transfer (Contd.)
Preview 29:11
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Lecture 50 : Micro Channel
Preview 28:44
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Lecture 51 : Micro Heat Exchanger
Preview 30:11

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Lecture 52 : Regenerators
Preview 28:57
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Lecture 53 : Fixed Bed Regenerator Analysis
Preview 27:35
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Lecture 54 : Design and Simulation of Regenerator (Fixed Bed)
Preview 32:18
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Lecture 55 : Fixed Bed Regenerator (Numerical)
Preview 26:27
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Lecture 56 : Fixed Bed Regenerator (Numerical) (Contd.)
Preview 30:26

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Lecture 57 : Fouling in Heat Exchangers
Preview 28:30
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Lecture 58 : Fouling in Heat Exchangers (Contd.)
Preview 29:07
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Lecture 59 : Fouling in Heat Exchangers (Contd.)
Preview 32:58
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Lecture 60 : Direct Contact heat exchanger
Preview 29:19
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Lecture 61 : Direct Contact heat exchanger (Contd.)
Preview 31:27

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MODULE 12
Preview 29:46
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Lecture 63 : Heat exchanger network
Preview 31:47
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Lecture 64 : Heat exchanger network (Contd.)
Preview 28:08
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Lecture 65 : Heat Exchanger Testing
Preview 30:39
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Lecture 66 : Heat Exchanger Testing (Contd.)
Preview 29:25

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Live Session 22-10-2021
Preview 46:48
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Live Session 29-10-2020
Preview 46:35
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Live Session 03-12-2020
Preview 44:40
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Meet Your Instructor
PROF. INDRANIL GHOSH
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Instructor
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1 Courses
About Instructor

Prof. Indranil Ghosh received his B. Sc. and M. Sc. in Physics from Jadavpur University in 1990 and 1992 respectively, M.Tech and Ph.D. from the Cryogenic Engineering Centre, Indian Institute of Technology, Kharagpur in 1995 and 2005 respectively. With the experience of being an engineer, R&D of Bharat Heavy Plates and Vessel Ltd., Visakhapatnam and Post-Doctoral researcher in Hydrogen Research Institute, University of Quebec at Trois Rivieres, he joined Indian Institute of Technology, Kharagpur as an Assistant Professor in 2006. His research interests include heat transfer in cryogenic systems, heat transfer in metal foam, compact heat exchangers, sorption cooling techniques etc. He has carried out some sponsored projects (on-going) with MHRD and CSIR. He has published 22 research papers in peer reviewed international journals, 15 papers in national and international conferences.

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Free

  • Course Duration
    35 h 29 m 9 s
  • Course Level
    Intermediate
  • Student Enrolled
    1
  • Language
    English
This Course Includes
  • 35 h 29 m 9 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion