ENGINEERING THERMODYNAMICS
SYLLABUS AND LESSON PLAN
STANDARD BOOKS
- Engineering Thermodynamics-McGraw Hill Education 2013 - P K Nag - 947 Pages - Click Here
- Thermodynamics an Engineering Approach - Cengel - Boles - 963 Pages - Click Here
- Thermodynamics by PK Nag-McGraw Hill Education - 781 Pages - Click Here
- Modern Engineering Thermodynamics By Robert T.Balmer-827 Pages - Click Here
- Thermodynamics Demystified A Self Teaching Guide By Merlie C.Potter-357 Pages - Click Here
- Thermodynamics Concepts and Applications By Stephen R. Turns, Laura L. Pauley(2020)-1458 Pages - Click Here
ANNA UNIVERSITY QUESTION PAPERS
- ME 3391-Engineering Thermodynamics-70147-MECH-ND-2022- Click Here
- ME 2202-Engineering Thermodynamics- 80837-MECH-ND-2021- Click Here
- ME 2202-Engineering Thermodynamics- X60839-MECH-ND-2020- Click Here
- ME 8391-Engineering Thermodynamics- X10694-MECH-ND-2020- Click Here
- ME 6301-Engineering Thermodynamics-X20833-MECH-ND-2020- Click Here
- ME 8391-Engineering Thermodynamics-80227-MECH-AM-2019- Click Here
- ME 8391-Engineering Thermodynamics- 90356-MECH-ND-2019- Click Here
- ME 6301-Engineering Thermodynamics-53300-MECH-AM-2019- Click Here
- ME 6301-Engineering Thermodynamics-91835-MECH-ND-2019- Click Here
- ME 6301-Engineering Thermodynamics-20804-MECH-ND-2018- Click Here
- ME 6301-Engineering Thermodynamics-41385-MECH-AM-2018- Click Here
- ME 8391-Engineering Thermodynamics-25146-MECH-ND-2018- Click Here
STUDY NOTES- PDF
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QUESTION BANK
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MODEL QUESTION PAPERS
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2 MARK QUESTIONS AND ANSWERS
- Unit I: Basics, Zeroth and First Law - 2 Mark Questions and Answers
- Unit II: Second Law and Entropy - 2 Mark Questions and Answers
- Unit III: Availability and Applications of II Law - 2 Mark Questions and Answers
- Unit IV: Properties of Pure Substances - 2 Mark Questions and Answers
- Unit V: Gas Mixtures and Thermodynamic Relations - 2 Mark Questions and Answers
PROBLEMS FOR PRACTICE
- Unit I: Basics, Zeroth and First Law - Problems for Practice with Answer
- Unit II: Second Law and Entropy - Problems for Practice with Answer
- Unit III: Availability and Applications of II Law - Problems for Practice with Answer
- Unit IV: Properties of Pure Substances - Problems for Practice with Answer
- Unit V: Gas Mixtures and Thermodynamic Relations - Problems for Practice with Answer
TOPIC WISE E-Learning Links (Based On SYLLABUS )
Unit I: Basics, Zeroth and First Law
Unit II: Second Law and Entropy
- Basics, Zeroth and First Law
- Microscopic and Macroscopic Approaches, Thermodynamic Properties
- Thermodynamic Systems
- Types of Thermodynamic Systems
- Control Volume
- Concept of Continuum
- Concept of Temperature and Thermal Equilibrium
- Intensive and Extensive Properties of a System
- Total and Specific Quantities
- State of a system
- Path
- Thermodynamic Process
- Thermodynamic Equilibrium
- Thermodynamic Cycle
- Point Function and Path Function
- Energy
- Heat Transfer (Q)
- Work Transfer (W)
- P-V Diagram
- Concept of Ideal and Real Gases
- Characteristic Gas Equation
- Zeroth Law of Thermodynamics
- First Law of Thermodynamics - Application to close...
- Internal Energy is a Property
- Solved Problems on closed systems (cyclic process)
- Solved Anna University Problems on closed systems ...
- First Law of Thermodynamics Application to closed ...
- Relation between cp, cv and R
- Important Formulae for Non-Flow Processes
- Solved Problems on closed systems (Non-Flow Processes)
- Solved Anna University Problems on closed systems (Non – Flow Processes)
- First Law of Thermodynamics - Application to open systems or control volume
- Steady Flow Energy Equation (SFEE)
- First Law of Thermodynamics - Application to Open Systems
- Important Formulae in Open Systems
- Solved Problems on open systems or control volume for Steady Flow
- Solved Anna University Problems on open systems for Steady Flow
- Unsteady Flow Processes
- Solved Problems on Unsteady Flow Process
- Solved Anna University Problems on open systems for unsteady flow
Unit II: Second Law and Entropy
- Second Law and Entropy
- Heat Reservoir, Source and Sink
- Heat Engine and its Performance
- Refrigerator and its Performance
- Heat Pump and its Performance
- Statements of Second Law of Thermodynamics
- Equivalence of Second law of Thermodynamics
- Corollaries of the Second Law of Thermodynamics
- Reversibility
- Irreversibility
- Carnot Cycle and its Performance
- Reversed Carnot Cycle and its Performance
- Carnot Theorem
- Absolute Thermodynamic Temperature Scale
- Causius Inequality
- Concept of Entropy
- Entropy: a Property of the System
- T-s Diagram
- Tds Equations
- Entropy change for a pure substance
- Heat Engines, Refrigerators and Heat Pump - Solved Anna University Problems
- Heat Engines, Refrigerators and Heat Pump - Solved Problems
- Clausius Inequality - Solved Anna University Problem
- Clausius Inequality - Solved Problems
ALL UNITS E-LEARNING LINKS
MODULE - I BASIC CONCEPTS AND THE ZEROTH-LAW OF THERMODYNAMICS
MODULE - II FIRST LAW OF THERMODYNAMICS FOR CLOSED SYSTEM
MODULE - III FIRST LAW OF THERMODYNAMICS FOR OPEN SYSTEM (STEADY FLOW PROCESSES)
MODULE - IV SECOND LAW OF THERMODYNAMICS
MODULE -V PROPERTIES OF PURE SUBSTANCE (STEAM)
MODULE - VI STEAM BOILERS/GENERATORS
MODULE - VII VAPOUR POWER CYCLES
MODULE - VIII STEAM ENGINE
MODULE - IX GAS POWER CYCLE
REFERENCES
- LESSON - 1 THERMODYNAMIC, THERMODYNAMIC SYSTEMS AND SURROUNDINGS, DIFFERENT APPROACHES IN THE STUDY OF THERMODYNAMICS
- LESSON - 2 PROPERTY, THERMODYNAMIC EQULIBRIUM, STATE, PROCESS, CYCLIC PROCESS, QUASI-STATIC PROCESS
- LESSON -3 WORKING FLUID, GAS AND VAPOUR AND GAS LAWS
- LESSON - 4 TEMPERATURE, EQUALITY OF TEMPERATURE, THE ZEROTH LAW OF THERMODYNAMICS AND TEMPERATURE SCALE
- LESSON - 5 WORK & HEAT AND THEIR NUMERICAL PROBLEMS
MODULE - II FIRST LAW OF THERMODYNAMICS FOR CLOSED SYSTEM
- LESSON - 6 FIRST LAW OF THERMODYNAMICS FOR CLOSED SYSTEM, INTERNAL ENERGY, PERPETUAL MOTION MACHINE OF FIRST KIND
- LESSON-7 APPLICATION OF FIRST LAW IN HEATING AND EXPANSION OF PERFECT GASES IN NON-FLOW PROCESSES (CLOSED SYSTEM)
- LESSON-8 NUMERICAL PROBLEMS ON FIRST LAW OF THERMODYNAMICS FOR CLOSED SYSTEM
MODULE - III FIRST LAW OF THERMODYNAMICS FOR OPEN SYSTEM (STEADY FLOW PROCESSES)
- LESSON-9 FIRST LAW OF THERMODYNAMICS FOR OPEN SYSTEM AND ENTHALPY AND NUMERICAL PROBLEM
- LESSON-10 VARIOUS STEADY FLOW PROCESSES FOR AN IDEAL GAS AND THEIR NUMERICAL PROBLEMS
- LESSON-11 APPLICATION OF STUDY FLOW ENERGY EQUATION (SFEE)
MODULE - IV SECOND LAW OF THERMODYNAMICS
- LESSON - 12 LIMITATION OF FIRST LAW AND ESSENCE OF SECOND LAW, HEAT ENGINES AND THE KELVIN-PLANCK STATEMENT
- LESSON - 13 REFRIGERATORS OR HEAT PUMPS, THE CLAUSIUS STATEMENT AND PERPETUAL MOTION MACHINE OF SECOND KIND
- LESSON - 14 REVERSIBILITY, IRREVERSIBILITY, CARNOT CYCLE, CARNOT THEOREM
- LESSON - 15 ENTROPY, CLAUSIS INEQUALITY, ENTROPY A PROPERTY, ENTROPY CHANGE DURING PROCESS
- LESSON - 16 CHANGE OF ENTROPY OF GASSES IN THERMODYNAMICS PROCESSES AND NUMERICAL PROBLEMS
- LESSON - 17 PRINCIPLE OF INCREASE OF ENTROPY AND NUMERICAL PROBLEMS
MODULE -V PROPERTIES OF PURE SUBSTANCE (STEAM)
- LESSON - 18 PURE SUBSTANCES, CHANGE OF PHASE DURING CONSTANT PRESSURE PROCESS AND T-V DIAGRAM
- LESSON - 19 p-V DIAGRAM, T-s DIAGRAM, p-T DIAGRAM, TRIPLE POINT AND CRITICAL POINT
- LESSON - 20 GENERATION OF STEAM AND INTERNAL ENERGY AND ENTROPY (EXTENSIVE PROPERTIES) OF STEAM
- LESSON - 21 USE OF STEAM TABLES AND MOLLIER CHART AND NUMERICAL PROBLEMS
- LESSON - 22 HEATING AND EXPANSION OF VAPOUR IN NON-FLOW PROCESSES
- LESSON - 23 NUMERICAL PROBLEMS ON HEATING AND EXPANSION OF VAPOUR IN NON-FLOW PROCESSES - I
- LESSON - 24 NUMERICAL PROBLEMS ON HEATING AND EXPANSION OF VAPOUR IN NON-FLOW PROCESSES - II
- LESSON - 25 MEASUREMENT OF DRYNESS FRACTION: BUCKET OR BARREL CALORIMETER AND SEPARATING CALORIMETER
- LESSON - 26 MEASUREMENT OF DRYNESS FRACTION: THROTTLING CALORIMETER AND COMBINED SEPARATING AND THROTTLING CALORIMETER
MODULE - VI STEAM BOILERS/GENERATORS
- LESSON - 27 STEAM BOILERS/GENERATORS, CLASSIFICATION OF BOILERS, LANCASHIRE BOILER
- LESSON - 28 COCHRAN BOILER, LOCOMOTIVE BOILER AND BABCOCK-WILCOX BOILER
- LESSON - 29 BOILER MOUNTINGS
- LESSON - 30 BOILER ACCESSORIES
MODULE - VII VAPOUR POWER CYCLES
- LESSON - 31 POWER CYCLE, VAPOUR POWER CYCLES, CARNOT VAPOUR CYCLE, RANKINE CYCLE
- LESSON - 32 RANKINE CYCLE WITH INCOMPLETE EVAPORATION, RANKINE CYCLE WITH SUPER HEAT, MODIFIED RANKINE CYCLE, PERFORMANCE CRITERIA FOR VAPOUR CYCLES, DESIRABLE PROPERTIES OF WORKING FLUID USED FOR POWER PLANTS
- LESSON - 33 NUMERICAL PROBLEMS RELATED TO VAPOUR POWER CYCLE
MODULE - VIII STEAM ENGINE
- LESSON - 34 STEAM ENGINE, NON-EXPANSIVE AND EXPANSIVE ENGINE CYCLE
- LESSON - 35 RANKINE CYCLE AND MODIFIED RANKINE CYCLE APPLIED TO STEAM ENGINE, INDICATOR DIAGRAMS, MEAN EFFECTIVE PRESSURE
- LESSON - 36 PERFORMANCE CRITERIA FOR STEAM ENGINES
- LESSON - 37 NUMERICAL PROBLEMS ON STEAM ENGINE INCLUDING PROBLEMS ON CALCULATIONS OF CYLINDER DIMENSIONS
- LESSON - 38 MASS OF STEAM IN THE CYLINDER
- LESSON - 39 SATURATION CURVE AND MISSING QUANTITY AND NUMERICAL PROBLEM
- LESSON - 40 GOVERNING OF SIMPLE STEAM ENGINE AND NUMERICAL PROBLEM
- LESSON - 41 INTRODUCTION TO COMPOUND STEAM ENGINES
MODULE - IX GAS POWER CYCLE
- LESSON - 42 GAS POWER CYCLES, AIR STANDARD CYCLES, THE AIR-STANDARD CARNOT CYCLE: THE IDEAL CYCLE FOR IC ENGINE
- LESSON - 43 AIR CYCLE - OTTO CYCLE
- LESSON - 44 AIR CYCLE- DIESEL CYCLE
- LESSON - 45 AIR CYCLES- DUAL CYCLE, AND THE COMPARISON OF OTTO, DIESEL AND DUAL CYCLES
- LESSON - 46 MEASUREMENT OF IP, BP AND HEAT BALANCE CALCULATIONS (NOT INVOLVING COMBUSTION)
- LESSON - 47 ENGINE EFFICIENCIES AND PERFORMANCE
- LESSON - 48 NUMERICAL PROBLEMS
REFERENCES
- Thermodynamics An Engineering Approach by Yunus A Cengel & Michael A. Boles, sixth ed., Tata Mcgraw Hill, New York, 2008.
- Fundamentals of classical thermodynamics by Gordon J. Vanwylen, Richard E. Sonntag, 6th ed., Published by John Wiley & Sons, 1978.
- Thermal Engineering - P .L. Ballaney, Khanna Publishers, Delhi, 1996.
- Fundamentals of Engineering Thermodynamics by R Yadav, seventh ed., Central Publishing House, Allahabad, 2004.
- Elements of Heat Engines by K P Roy, First ed. Media Promoters & Publishers Pvt. Ltd., Bombay, 1988.
- A course in Thermal Engineering by S Domkundwar, C P Kothandaraman and A V Domkundwar, Fifth ed., Dhanpat Rai and Co., Educational & Technical Publishers, New Delhi, 2006.
- Thermodynamics applied to Heat Engines by E. H. Lewitt, Fifth ed., Sir Isaac Pitman & Sons Ltd. London, 1957.
- Thermodynamics and heat engines Vol. II By R Yadav, Thirded., Central Publishing House, Allahabad, 1989