HEAT AND MASS TRANSFER
HMT SYLLABUS & COURSE PLANS
- ME3691 HEAT AND MASS TRANSFER - Syllabus(Regulation 2021)
- ME8693 HEAT AND MASS TRANSFER - Syllabus(Regulation 2017)
- ME6502 HEAT AND MASS TRANSFER - Syllabus(Regulation 2013)
- ME8693 HEAT AND MASS TRANSFER - COURSE FILE
- ME8693 HEAT AND MASS TRANSFER Course Plan 2023
- ME8693 HEAT AND MASS TRANSFER LP SINCET
STANDARD REFERENCE BOOKS
- Heat Transfer 2 nd edition - Introduction (YUNUS CENGEL ) 873 Pages - Click Here
- Heat Transfer 2 nd edition - Solution (YUNUS CENGEL ) 1300 pages - Click Here
- Fundamentals of Heat and Mass Transfer- (Kothandaraman)729 Pages - Click Here
- Heat Transfer Textbook 3rd-edition ~ Team Tolly (Lienhard) 762 Pages - Click Here
- HeatTransfer -(JP.Holman)758 Pages - Click Here
- Fundamentals of Heat and Mass Transfer 6 th Ed-(Incropera) 999 Pages- Click Here
- Fundamentals of Heat and Mass Transfer 7 th Ed-(Incropera) 1076 Pages - Click Here
- Handbook of HeatTransfer-(Warren M. Rohsenow) 1501 Pages- Click Here
- Heat Transfer Engineering Applications-(Vyacheslav S. Vikhrenko) 412 Pages- Click Here
- Principles of Heat Transfer(Frank Kreith) 784 Pages- Click Here
ANNA UNIVERSITY QUESTION PAPERS
- ME8693-Heat and Mass Transfer-50886-MECH-AM-2023
- ME8693-Heat and Mass Transfer-20866-MECH-AM-2022
- ME8693-Heat and Mass Transfer-90869-MECH-ND-2022
- ME2251-Heat and Mass Transfer-80841-MECH-ND-2021
- ME6502-Heat and Mass Transfer-X20842-MECH-ND-2020
- ME8693-Heat and Mass Transfer-X10709-MECH-ND-2020
- ME2251-Heat and Mass Transfer-X60843-MECH-ND-2020
- ME6502-Heat and Mass Transfer-53309-MECH-AM-2019
- ME6502-Heat and Mass Transfer-91844-MECH-ND-2019
- ME2251-Heat and Mass Transfer-23844-MECH-ND-2018
- ME2251-Heat and Mass Transfer-42843-MECH-AM-2018
- ME6502-Heat and Mass Transfer-20813-MECH-ND-2018
- ME6502-Heat and Mass Transfer-41401-MECH-AM-2018
- ME6502 Heat and Mass Transfer-72151-AM 2017
- ME6502 Heat and Mass Transfer-57566-MJ 2016
- ME6502 Heat and Mass Transfer-80662-ND 2016
- ME2251 Heat and Mass Transfer-51628-MJ 2014
- ME2251 Heat and Mass Transfer-91640-ND 2014
- ME2251 Heat and Mass Transfer-21562-MJ 2013
- ME2251 Heat and Mass Transfer-31562-ND 2013
- ME2251 Heat and Mass Transfer-10411-MJ 2012
- ME2251 Heat and Mass Transfer-11522-ND 2012
- ME2251 Heat and Mass Transfer-55458 - ND 2011
- ME2251 Heat and Mass Transfer-11407-AM 2011
- ME0340 Heat and Mass Transfer-A3837-AM 2010
- ME1351 Heat and Mass Transfer-42281-ND 2010
- ME1351 Heat and Mass Transfer-C1382-AM2010
- ME2251 Heat and Mass Transfer-E3133-AM 2010
- ME1351 Heat and Mass Transfer-Q2318-ND 2009
- ME1351 Heat and Mass Transfer-T3356-AM 2008
- ME0340 Heat and Mass Transfer-A1464-ND 2008
UNIT WISE LECTURE NOTES - PPT
UNIT WISE STUDY NOTES (Hand Written) - PDF
QUESTION BANKS
CYCLE TEST QUESTION PAPERS
- ME3691 HEAT AND MASS TRANSFER CIA I 070818
- ME3691 HEAT AND MASS TRANSFER CIA I 01042024
- ME3691 HEAT AND MASS TRANSFER CIA I 05022020
- HMT D1 130718
- HMT D2 200718
- HMT unit i test 27042022
- ME3691 HEAT AND MASS TRANSFER CIA 1OLD
- ME3691 HEAT AND MASS TRANSFER CIA 2 OLD
- ME3691 HEAT AND MASS TRANSFER CIA I RETEST
- ME3691 HEAT AND MASS TRANSFER CIA II 080918
- ME3691 HEAT AND MASS TRANSFER CIA II 28022020
- ME3691 HEAT AND MASS TRANSFER CIA II 28052022
- ME3691 HEAT AND MASS TRANSFER TEST
- ME6502 HEAT AND MASS TRANSFER DAILY TEST-3 270718
MODEL QUESTION PAPERS
STUDY LINKS - TOPIC WISE
- Sensible heat vs Latent heat
- Wien’s displacement law: Statement, Derivation, Formula
- Conduction Heat Transfer
- Enthalpy vs Heat – Difference
- Critical Radius & Thickness of Insulation
- Latent Heat: Definition, Formula, Types, Diagram, Example
- Sensible Heat: Definition, Diagram, Formula, Explanation, Example
- Reynolds Number: Definition, Significance, Formula, Examples
- Heat vs Thermal Energy
- Heat Exchangers
- Understanding Heat Exchangers
- Radiator: Definition, Types, Working, Advantages, Disadvantages, Application
- Transient Heat Transfer
- Fin in Heat Transfer
- Heat Transfer from Extended Surfaces (Fins)
- Classification Heat Exchangers
- Boiling and Condensation
- Radiation
- The View Factor/Shape Factor
ALL UNITS E-LEARNING LINKS
Module 1. Basic Concepts, Conductive Heat Transfer and Extended Surfaces
- Lesson 1. Heat Transfer, Importance of Heat Transfer, modes of Heat Transfer
- Lesson 2. Conduction- thermal conductivity of materials, General heat conduction equation
- Lesson 3. One dimensional steady state conduction through plane and composite walls, tubes and spheres without heat generation
- Lesson 4. One dimensional steady state conduction through plane and composite walls, tubes and spheres with heat generation
- Lesson 5. Electrical analogy and Numerical Problems related to conduction
- Lesson 6. Numericals on conduction
- Lesson 7. Numericals on conduction
- Lesson 8. Insulation materials, critical thickness of insulation and Numerical Problems
- Lesson 9. Types of Fins, Fin Applications, Heat Transfer through Fin of uniform cross-section
- Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length
- Lesson 11. Fin Efficiency and effectiveness, Problems on fins
- Lesson 12. Free and Forced Convection- Newton’s law of cooling, heat transfer coefficient in convection, Useful non dimensional numbers
- Lesson 13. Dimensional analysis of free and forced convection
- Lesson 14. Empirical relationships for free and forced convection
- Lesson 15. Laminar Forced Convection on a Flat Plate
- Lesson 16. Laminar Forced Flow in a Tube
- Lesson 18. Radiation
- Lesson 19. Emission of Radiation
- Lesson 20. Stefan-Boltzman Law
- Lesson-21 Solid Angle and Intensity of Radiation, Radiation Heat Transfer between Two Black Bodies
- Lesson22 Shape factor and its properties, Shape Factor of a Cavity with itself, Shape Factors of complex configurations
- Lesson-23 Radiation between two infinite parallel plates and proof of Kirchhoff’s law of Radiation, Radiation Shield
- Lesson-24 Problems on Radiation
- Lesson-25 Introduction, Classification of Heat Exchangers, Logarithmic mean temperature difference
- Lesson-26 Logarithmic mean temperature difference for parallel flow heat exchanger, counter and cross flow heat exchangers, Overall Heat Transfer Coefficient for a Plane wall and Double Pipe Heat Exchanger
- Lesson-27 Logarithmic mean temperature difference for counter and cross flow heat exchangers, Fouling or scaling of heat exchanger and Numerical problems
- Lesson-28 Heat exchanger performance in terms of Capacity ratio, Effectiveness and Number of transfer units, Effectiveness for parallel flow heat exchanger
- Lesson-29 Effectiveness for counter flow heat exchanger and Numerical Problems
- Lesson-30 Numerical Problems related to heat exchanger performance
REFERENCE BOOKS
- Heat and Mass Transfer by P.K. Nag.
- Heat Transfer (10th Edition) by J.P.Holman.
- Fundamentals of Engineering Heat and Mass Transfer by R.C. Sachdeva.