Fatigue Evaluation of District Heat Pipes based on the Measured Data |
Park, Jin-Eun
(나고야대학 사회기반공학과)
Kyung, Kab-Soo (한국해양대학교 토목공학과) An, Yong-Mo (한국지역난방공사 감사실) Kwon, Soon-Cheol (삼부토건 기술연구소) |
1 | IEA District Heating and Cooling (1996) Temperature Variations in Preinsulated DH Pipes Low Cycle Fatigue, Report, pp.18-40. |
2 | 장윤석, 정성욱, 김형근, 최재붕, 김영진(2005) 운전이력을 고려한 지역난방 열배관의 피로수명평가 및 관리체계 구축, 대한기계학회논문집 A권, 대한기계학회, pp.1161-1288. |
3 | 한국공업규격(2009) KS기준 D3562, 압력배관용 탄소 강관, p.8. |
4 | 한국지역난방공사(2008) 열공급규정. pp.3-7, p.53 |
5 | ASTM (1989) Carbon Steel, Low and Intermediate-Tensil Strength, A672 and A 85/A285M Pressure Vessel Plates, pp.537-541. |
6 | European District Heating Pipe Manufacturers Association (1997) District Heating Handbook, pp.124-131. |
7 | European Standard Norme Europeenne Europaische Norm (2004) Design of Steel Structure, Part 1.9: Fatigue, pp.14-29. |
8 | IEA District Heating and Cooling (1999) Fatigue Analysis of District Heating Systems, Report, pp.13-33. |
9 | LUSAS Version 14 (2010) Examples Manual, pp.193-206. |
10 | Miner, M.A (1945) Cumulative damage in Fatigue, Journal of Applied Mechanics, Vol.67, pp.159. |
11 | Chang, Y.S., Jung, S.W., Lee, S.M., Choi, J.B., and Kim, Y.J.(2003) Fatigue data acquisition, evaluation and optimization of district heating pipes, Applied Thermal Engineering, Vol.27, pp.2524-2535. |