To provide graduate students with more practical engineering knowledge required in the nuclear industries or research areas where they would work after graduation, based on fundamentals already learned in undergraduate courses.

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숙제(30%), 중간고사(30%), 학기말고사(40%)

① M.M. El-Wakil, Nuclear Energy Conversion, American
Nuclear Society, International Standard Book Number 0-89448-015-4, 1971
② John G. Collier, Convective Boiling and Condensation, McGraw-Hill Book Company, 1972
③ William M. Kays, Convective Heat and Mass Transfer, McGraw-Hill series in mechanical engineering, 1980
④ MARS Code Mannual Volume I: Code structure, System models, and Solution Methods, KAERI/TR-2812/2014
⑤ MARS Code Mannual Volume II: Input Requirements

1. A thermodynamics review (week 1; ‘22.9.08)
○ Application of energy conservation to the system
○ Irreversibility

2. The Rankine cycles (week 2~3; ‘22.9.15/‘22.9.22)
○ week 2 : General Cycle Characteristics
○ week 3 : Feedwater Heater effectiveness calcualtion

3. The condensate-feedwater systems/Circulation-water systems (week 4; ‘22.9.29)
○ Condenser principles and design calculation
○ Methods and principles for Circulating Water System

4. Turbines (week 5; ‘22.10.06)
○ Turbine principles and efficiency calculation

5. Gas cycles (week 6; ‘22.10.13)
○ Turbine efficiency enhancement methods

6. Pumps/Steam Generators/Pressurizer
(week 7~8; ‘22.10.20/‘22.10.27)
○ Introduction of Centrifugal Pump operation and Homologous curves (Week 7)
○ Explanation of Steam Generator designs and their sturctures (Week 8)
○ Pressurizer functions and its operation (Week 8)

7. Midterm exam. (week 9; ‘22.11.03)

8. Simularity in the thermal-hydraulic systems (week 10; ‘22.11.10)
○ Non-dimensional analysis for a basic set of thermal-hydraulic conservation equations for simularity (Week 10)

9. Introduction to the theory of the MARS thermal-hydraulic analysis computer code (week 11~12; ‘22.11.17/‘22.11.24)
week 11 : General Theory of MARS Code
- Governing Equations
- Numerical Method
- Solving Technique
week 12 : Explanation of Input Structures
- Basic inputs
- Input preparation
- Time step control, etc

10. Demonstrations of system transient analyses using MARS, including explanation of inputs
(week 13~15; ‘22.12.01/‘22.12.08/‘22.12.15)
○ week 13 : MARS introduction and sample problem inputs preparation and their runnings (Pipe, Tee, Fuel Assembly)
○ week 14 : A sample problem with systems (Workshop 2&3)
○ week 15 : Actual application to the plant safety analysis (UCN3/4_LBLOCA)

11. Final Exam. (week 16; ‘22.12.22)

장원표 교수님께서 강의를 담당하십니다. (wpchang19@daum.net, 010-2256-7509)

대학의 학사운영 방침에 따라 9월16일까지 수업은 비대면으로 진행됩니다.(9.19 수업부터 정상 대면수업)
Zoom 회의 참가
https://postech-ac-kr.zoom.us/j/3761756493?pwd=M080MmpUNDJGSEJaWkJNQU8vWlpRQT09
회의 ID: 376 175 6493
암호: 0000