mec 571

MEC571:ADVANCED THERMODYNAMICS L:3 T:0 P:0 Course Objectives: • To provide the student with a detailed, but not exhaustive, presentation of selected advanced topics in classical thermodynamics and the thermodynamics of propulsion systems that are representative of “real world” engineering problems • To understand the thermodynamic process and the methods for analyzing thermodynamic properties, determine the direction of the process by the analysis of exergy, entropy, free energy, etc. • To present to the student some fundamental tools required to solve engineering problems in thermodynamics Unit I Review of Basic Thermodynamics : First law of thermodynamics, Limitation of first law of Thermodynamics, Second law of thermodynamics, Irreversibility, Availability, Exergy analysis, Thermodynamics properties relations Unit II Chemical Thermodynamics : Combustion, Chemical equilibrium, Phase equilibrium Unit III Third Law of Thermodynamics : Introduction, Nernst Heat Theorem, Heat Death of the Universe Unit IV Gas Mixtures : Introduction, Dalton’s Law of Partial Pressure, Amagat’s Law, Kay’s Rule, Kinetic Theory of Gases, Molecular collisions, Collision Cross Section, Transport Properties of Gases Unit V Statistical Thermodynamics I : Introduction, Thermodynamics Equilibrium Distribution, Thermodynamic Distribution Function, Thermodynamic Ensemble, Micro canonical Ensemble, Canonical Ensemble Unit VI Statistical Thermodynamics II : Partition Function for Canonical Ensemble, Partition Function, Equipartition of Energy, Partition Function for an Ideal Monoatomic Gas Text Books: 1. ADVANCED THERMODYNAMICS by S. S THIPSE, NAROSA PUBLISHING HOUSE, 1st Edition, (2013) References: 1. ADVANCED THERMODYNAMICS by KENNETH WARK, MCGRAW HILL EDUCATION, 1st Edition, 2. ADVANCED ENGINEERING THERMODYNAMICS by BEJAN.A, WILEY, 1st Edition, (2007) 3. BASIC THERMODYNAMICS by MORAN & SHAPIRO, WILEY, 1st Edition, (2010) Credits:3 • Master the property equations and thermodynamic properties of real gases, acquire basic knowledge of chemical thermodynamics, and grasp the thermodynamic processes and properties of special systems. Page:1/2 Print Date : 3/27/2015 11:33:11 PM

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MEC571:ADVANCED THERMODYNAMICS

L:3 T:0 P:0

Course Objectives:

• To provide the student with a detailed, but not exhaustive, presentation of selected advanced topics in classical thermodynamics and the thermodynamics of propulsion systems that are representative of “real world” engineering problems

• To understand the thermodynamic process and the methods for analyzing thermodynamic properties, determine the direction of the process by the analysis of exergy, entropy, free energy, etc.

• To present to the student some fundamental tools required to solve engineering problems in thermodynamics

Unit IReview of Basic Thermodynamics : First law of thermodynamics, Limitation of first law of Thermodynamics, Second law of thermodynamics, Irreversibility, Availability, Exergy analysis, Thermodynamics properties relations

Unit IIChemical Thermodynamics : Combustion, Chemical equilibrium, Phase equilibrium

Unit IIIThird Law of Thermodynamics : Introduction, Nernst Heat Theorem, Heat Death of the Universe

Unit IVGas Mixtures : Introduction, Dalton’s Law of Partial Pressure, Amagat’s Law, Kay’s Rule, Kinetic Theory of Gases, Molecular collisions, Collision Cross Section, Transport Properties of Gases

Unit VStatistical Thermodynamics I : Introduction, Thermodynamics Equilibrium Distribution, Thermodynamic Distribution Function, Thermodynamic Ensemble, Micro canonical Ensemble, Canonical Ensemble

Unit VIStatistical Thermodynamics II : Partition Function for Canonical Ensemble, Partition Function, Equipartition of Energy, Partition Function for an Ideal Monoatomic Gas

Text Books:

1. ADVANCED THERMODYNAMICS by S. S THIPSE, NAROSA PUBLISHING HOUSE, 1st Edition, (2013)

References:

1. ADVANCED THERMODYNAMICS by KENNETH WARK, MCGRAW HILL EDUCATION, 1st Edition,

2. ADVANCED ENGINEERING THERMODYNAMICS by BEJAN.A, WILEY, 1st Edition, (2007)

3. BASIC THERMODYNAMICS by MORAN & SHAPIRO, WILEY, 1st Edition, (2010)

Credits:3

• Master the property equations and thermodynamic properties of real gases, acquire basic knowledge of chemical thermodynamics, and grasp the thermodynamic processes and properties of special systems.

Page:1/2 Print Date : 3/27/2015 11:33:11 PM