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FUNDAMENTALS OF THERMODYNAMICS AND HEATEG 569 ME
Lecture: 3 Year: 2
Laboratory: 1.5 Part: B
Tutorial: 1
1. Introduction 21.1.Value of energy to society1.2.Energy
balance approach applications in engineering1.3.Work and heat
transfer1.4.Macroscopic versus microscopic viewpoint
2. Energy and Energy Transfer 52.1.Concepts and
definitions2.2.Thermodynamic systems and their
descriptions2.3.Equilibrium states and quasi-equilibrium
process2.4.Some common properties: pressure, specific volume and
temperature2.5.Energy and its meaning2.6.Energy transfer: work,
heat transfer and power
3. Properties of Common Substances: 33.1.Simple compressible
substance: liquid phase, saturation and phases, quality,
superheated vapor and p-v diagram
3.2.Other thermodynamic properties: internal energy, entropy,
and specific heats3.3.Development of property data: graphical data
presentation, equation of state and
tabular data
4. First Law of Thermodynamics: 54.1.Conversation principles and
the first law of thermodynamics4.2.Control volume formulation:
conservation of mass and conservation of energy4.3.Control volume
analysis: steady state analysis and unsteady state
analysis4.4.Control volume applications: steady and unsteady work
applications, and steady andunsteady flow applications4.5.Other
statements of the first law
5. Entropy and the Second Law of Thermodynamics: 65.1.Entropy
and the second law for an isolated system5.2.Reversible and
irreversible processes5.3.Temperature and pressure
definitions5.4.Entropy- property and relations5.5.Control mass and
volume formulation5.6.Isentropic process for an ideal gas or for an
incompressible fluid or solid5.7.Cyclic processes and the carnot
cycle
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5.8.Temperature measurement6. Thermodynamic Cycles and Common
Energy Systems: 4
6.1.Heat engine cycles6.2.External heat transfer
cycles6.3.Rankine cycle6.4.Internal combustion
cycles6.5.Refrigeration, air-conditioning and heat pump cycles
7. Analysis Using the Second Law of Thermodynamics:
67.1.Reversible work7.2.Availability7.3.Irreversibility7.4.
Energy, Helmholtz function and Gibbs function7.5.General process
comparisons
8. Chemical Reactions and Combustion: 58.1.Establishing a common
basis for combustion processes8.2.Standards for the comparison of
fuels8.3.Applications to combustion systems8.4.Application of the
second law to combustion processes8.5.Applications to real devices:
efficiency of combustion devices
9. Introduction to Heat Transfer: 109.1.Basic concepts and modes
of heat transfer9.2.The conduction rate equation and heat transfer
coefficient9.3.Condution: insulation, R values and electric
analogies; overall coefficient9.4.Convection, radiation properties
for black and grey bodies applications;9.5.Radiation: radiation
properties for black and grey bodies applications; earth-
atmosphere system, radiant heating systems
Laboratories:
Six laboratory exercises will be performed in this course. These
are:
(a) Measurement of pressure, specific volume and temperature(b)
Experiment on compression and expansion of gases(c) Experiment on
thermal energy conduction(d) Operation of refrigeration or heat
pump(e) Performance of small I.C. engine(f) Thermal radiation
experimentTutorials:
Six assignments and two quizzes.
Textbooks:
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1 "Fundamentals of Engineering Thermodynamics", John R., Howell
and Richard O.
Buckius, McGraw-Hill Publishers, 1987.
