AE 3450 Thermodynamics and Compressible Flow
Equations and Reference Material |
Link |
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Ideal Gas Properties (Pages 2-4 added) |
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Equilibrium Diagram |
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Specific Heat Tables (Page 2 added) |
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Properties of Liquid Water |
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Perfect Gas Equation of State |
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Vector Math Review Expressions |
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Equations for Quiz #1 |
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Isentropic Flow Tables |
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Source of Shock Waves |
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Normal Shock Waves – Summary |
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Normal Shock Tables |
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Oblique Shock Waves - Summary |
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Oblique Shock Chart |
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Strong, Weak and Detached Shocks |
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Prandtl-Meyer Expansions – Summary |
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Prandtl-Meyer Tables |
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Shock
and Atmosphere Calculator |
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Equations
for Quiz #2 |
Q2_Eqns.PDF,
Table D.1 in Black and Hartley, IsentropicTable.pdf,
NormalShockTable.pdf, ObliqueShockChart.pdf |
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Converging-Diverging Duct |
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Supersonic
Inlet – Fixed Geometry |
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Supersonic
Inlet – Variable Geometry |
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Plug
and Aerospike Nozzles |
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Friction
and Heat Transfer - Introduction |
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Fanno
Flow – Constant Area with Friction |
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Rayleigh
Flow – Constant Area Heat Addition |
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AE3450 Course Equations |
Class Assignments |
Link |
Homework Assignment #1
(Due: Thur. 1/22/2004)
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HW_1.PDF |
Homework Assignment #2
(Due: Thur. 1/29/2004) |
HW_2.PDF |
Homework Assignment #3
(Due: Tue. 2/10/2004) |
HW_3.PDF |
Quiz #1 will be held Thur. 2/19/2004
Sample Problems and Solutions
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Sample_1.PDF, SampleSol_1.PDF |
Homework Assignment #4
(Due. Tue. 3/2/2004) |
HW_4.PDF |
Homework Assignment #5
(Due Thur. 3/18/2004) |
HW_5.PDF |
Homework Assignment #6
(Due Thur. 3/25/2004) |
HW_6.PDF |
Homework Assignment #7
(Due. Thur. 4/1/2004) |
HW_7.PDF |
Homework Assignment #8
(Due. Thur. 4/8/2004)
|
HW_8.PDF |
Quiz #2 will be held Thur. 4/15/2004
Sample Problems and Solutions |
Sample_2.PDF, SampleSol_2.PDF |
Homework Assignment #9
(Due. Thur 4/22/2004 Will NOT be accepted late) |
HW_9.PDF |
Solutions to Assignment #9
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HWsol_9.PDF |
Final Sample Problems and Solutions
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Sample_3.PDF, SampleSol_3.PDF |
Assigned Reading:
*BH:
Denotes sections in Black and Hartley text
**J: Denotes
sections in James John text
Catalog Description: First and second laws of thermodynamics. Thermodynamic properties and state
equations. Isentropic flow. Flows with shocks and expansions. Flows with friction and heat transfer. Units = 3-0-3.
Prerequisites:
·
PHYS 2212
Introductory Physics II
·
MATH 2401
Calculus III
·
Concepts
of Conservation of mass, momentum and energy
Class Hours: T
Th 1:35 - 2:55 pm
Office Hours:
M W 2:30pm – 3:30pm (or by
appointment)
Instructor: Dr. S.M. Ruffin 404-894-8200
Guggenheim Bldg. Rm. 362 Email: stephen.ruffin@aerospace.gatech.edu
Grader: Mr.
Susheel Sekhar 404-894-0551
Knight Bldg. Rm 406 Email:
gtg081j@mail.gatech.edu
Primary Textbooks:
Gas Dynamics, Second Edition, James E.A. John, Prentice-Hall Inc.,
1984.
Thermodynamics, Black, W.Z.
and Hartley, J.G., HarperCollins Publishers Inc., 1996.
Exams: Equations will be provided, closed book,
closed notes
Assignments:
·
Discussing
formulation of problems and approach is fine but each student must work the
final solutions alone.
·
All
assignments are due by 1:35 pm on date indicated unless otherwise indicated.
·
Homework
turned in 1 class period late is deducted 20% credit.
·
Homework
not accepted if turned in more than one class period late (except documented
emergency).
Honor
Code: Students in this course and all other
course at Georgia Tech must abide by the Georgia Tech Honor Code:
http://www.honor.gatech.edu/
Grading:
Tentatively,
the final grade will be based on:
Homework
Assignments (approx 10) 25%
Quiz
#1 20%
Quiz
#2 20%
Final
Exam 35%
AE 3450 Thermodynamics and Compressible Flow
COURSE OUTLINE:
Topics [Approx. lecture hours] Sections in text
Introduction [1]
Basic Thermodynamic Concepts [3] *BH:
1.1 – 1.5
Open, Closed and Isolated Systems BH:
2.1-2.4
Pressure, Density, Temperature,
Energy, Enthalpy BH:
2.7.1, 2.8.0
Definition of Extensive &
Intensive Thermo. Properties **J:
1.11
Equations of State – Ideal Gas,
Specific Heats BH:
2.8.1-2.11
Definition of Equilibrium, State
Variables, Phases
First Law of Thermodynamics [5] BH:
Chapter 3
Application to Closed and Open
Systems BH:
4.1-4.5.3
Adiabatic and Non-Adiabatic Processes J:
1.1-1.9
Control Volume Analysis – Reynolds
Transport Theorem
Second Law of Thermodynamics [7] BH:
5.1, 5.2, 5.8-5.12
Reversible & Irreversible
Processes, Isentropic J:
1.10-1.13
Definition of Entropy BH:
4.6
Common forms of Second Law of
Thermo.
Applications and Thermodynamic
Cycles
Compressible Flow Basics [1] J:
Chapter 2
Speed of Sound, Mach angle, Mach
Number
Subsonic and Supersonic Flow
Isentropic Flow [3] J:
Chapter 3
Properties in Varying Area Channels
Stagnation Properties, Isentropic
Flow Tables
Converging-Diverging Nozzle Analysis
Shock Waves [11] J:
Chapter 4 - 6
Formation of Shock Waves
Normal
Shock Equations of Motion and Tables
Moving
Shock Waves
Oblique
Shock Equations and Tables
Analysis
of Internal and External Flows with Shocks
Quiz #2 [1 hr]
Prandtl Meyer Relations [3] J:
Chapter 7
2-D Isentropic Compressions and
Expansions
Prandtl Meyer Angle and Relations
Maximum Turning Angle
Additional Compressible Flow
Applications [3] J:
Chapter 8
Under and Over-Expanded Nozzles
Airfoils in Supersonic Flow
Starting Problem for Inlets
Flows with Friction [3] J:
Chapter 9
Fanno Line Flow
Nozzle Analysis with Friction
Flows with Heat Transfer [3] J:
Chapter 10
Rayleigh Line Flow
Nozzle
Analysis with Heat Addition or Loss
Final Exam: Friday, April 30 2004,
11:30am – 2:20pm
*BH:
Denotes sections in Black and Hartley text
**J: Denotes
sections in James John text