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LECTURE #
TOPIC ASSOCIATED READING
ASSOCIATED PROBLEMS*
1 Course Introduction and Reactor Types Chapter 1
2 Thermal Design Principles Chapter 2
2-5, 2-6N, 2-7N
3 Reactor Heat Generation (including Zr-Steam, Core-Concrete, Combution) Chapter 3
4 Reactor Power Cycles Chapter 6 pp 186 - 208
6-2
6-3,
6-11N
5 Reactor Power Cycles Chapter 6 pp 208 - 218
6-5, 6-8N
6-14N
6 Reactor Power Cycles Chapter 6 pp 218 - 233
6-6, 6-12N,
6-15N
6-17N**, 6-18N
7 Containment Pressurization Chapter 7 pp 239 - 250
7-1,7-2
8 Containment Pressurization Chapter 7 pp 250 - 256
9 Thermal Analysis of Fuel Elements Chapter 8 pp 295 - 310
8-2
10 Thermal Analysis of Fuel Elements Chapter 8 pp 311 - 331
11 Max Core Fuel & Coolant Temperatures Chapter 13 pp 583 - 588
13-1,13-2
12 Single Phase Fluid Mechanics
Chapter 9 complete but emphasizing pp 382-398
9-2, 9-4
13 Single Phase Fluid Mechanics
9-5, 9-6
14 QUIZ #1 (Open Book)
15 Single Phase Heat Transfer Chapter 10 complete
10-1, 10-5
16 Single Phase Heat Transfer
17 Two Phase Fluid Mechanics Chapter 5 pp 132 - 146
5-3
18 Two Phase Fluid Mechanics Chapter 11 pp 461 - 467, pp 476 - 478, pp 485 - 490
11-8N, 11-11N
(use HE Method only)
19 Two Phase Heat Transfer Chapter 12npp 523 - 531
12-2
20 Two Phase Heat Transfer Chapter 12 pp 537 - 546, Chapter 13, pp 575 - 580, and, 588 - 605
12-6N, 13-4
21 Two Phase Heat Transfer Chapter 12 pp 554 - 570
22 Elasticity Fundamentals Note L.4 Sections 1, 2 & 3
23 QUIZ #2 (Open Book) All materials from Lecture 11 - Lecture 18
24 Elasticity Fundamentals Thick and Thin Walled Solutions Note L.4 Section 4 (results only)
25 Elasticity Fundamentals Thermal Stress Note L.4 Section 6
26 ASME Code & Applications K.R. Rao, ed., Companion Guide ASME BPVC: Criteria & Commentary Select Aspects ASME Boiler, Pressure Vessel & Piping Codes, Vol. 1, American Society of Mechanical Engineers (ASME), 2001. Available through http://www.asmeny.org/cgi-bin/WEB017C?444629+0001+00+00000+80173X, and Amazon.com, etc.
This source is suggested for extended study only; needed background for assigned problem covered in class lecture.
FINAL - (3hrs Open Book) - Final will cover entire course with specific attention to material of Lectures 19-26

* Problems without links are from the textbook.
** Group solutions allowed.




 
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