lecture notes on computational thermal engineering 2012
TRANSCRIPT
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Lecture Notes on Computational Thermal Engineering 2012
1 Propulsion and Combustion Lab.http://procom.jbnu.ac.krProf. Man Young Kim, Autumn 2012 ©[email protected], Chonbuk National University, Korea
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Notes on the EL2D by Dr. Cho
2 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Introduction
3 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 1/14• Grid system (mode=1, x-y Cartesian)
4 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 2/14
5 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 3/14• Grid system (mode=2, r-z Axisymmetric) • Grid system (mode=3, r-θ)
• Structure of the EL2D
6 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 4/14• Programming “Entry Grid”
• Programming “Entry Setup1”
7 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 5/14• Programming “Entry Start” • Programming “Entry Setup2”
• Programming “Entry Dense”
• Programming “Entry Bound”
8 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 6/14• Programming “Entry Gamsor”• Programming Entry Gamsor
9 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 7/14
10 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 8/14• Equation form in EL2D
11 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 9/14• Other Required Data for EL2D
12 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 10/14
13 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 11/14• Subroutine User • Additional Comments
14 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr Propulsion and Combustion Lab.
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Structure of the EL2D – 12/14
15 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Structure of the EL2D – 13/14
16 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr Propulsion and Combustion Lab.
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Structure of the EL2D – 14/14
17 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 1
Driven-Cavity FlowDriven Cavity Flow
18 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 2
Backward-Facing Step
19 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 3
Convection Heat Transfer
20 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 4 (1)Axisymmetric Heat Transfer
21 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 4 (2)
22 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 53D Heat Transfer
23 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 6
Buoyancy Force
24 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 7 (1)Turbulent Flow
25 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Some Examples using the EL2D – Case 7 (2)
26 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr
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Project #5
27 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr 27 Propulsion and Combustion Lab.http://procom.jbnu.ac.kr