증기발생기 세관의 파괴저항 특성 측정에 관한 연구 = A Study on the Measurement of Fracture Resistance Characteristics for Steam Generator Tubes

참고문헌 (Reference)

1 ABAQUS Ver. 6.4, "User’s Manual"

2 "Steam Generator Tube Integrity Volume 1: Burst Test Results and Validation of Rupture Criteria (Framatome Data)"

3 MacDonald P.E, "Steam Generator Tube Failures"

4 ASTM, "Standard Test Method for JIC, A Measure of Fracture Toughness"

5 Choi Y.H, "Root Cause Analysis and Measures for Steam Generator Tube Rupture of Ulchin Unit 4"

6 "R6: Assessment of the Integrity of Structures Containing Defects"

7 Majumdar S, "Pressure and Leak-Rate Tests and Models for Predicting Failure of Flawed Steam Generator Tubes"

8 "Pipe Fracture Encyclopedia, Vol. 3-Pipe Fracture Test Data"

9 Mills W.J, "On the Relationship Between Stretch Zone Formation and the J-Integral for High Strain Hardening Materials" 9 : 56-62, 1981

10 Hiser A.L, "Fracture Toughness Characteri-zation of Nuclear Piping Steels"

11 Shin K.I, "Experimental and Analytical Study on Burst Pressure of a Steam Generator Tube with a T-type Combination Crack" 28 (28): 158-164, 2004

12 Moon S.I, "Evaluation of Plastic Collapse Pressure for Steam Generator Tube with Non-Aligned Two Axial Through-Wall Cracks" 29 (29): 1070-1077, 2005

13 Chang Y.S, "Elastic-Plastic Fracture Mechanics Analyses for Burst Pressure Prediction of Through-wall Cracked Tubes,"

14 Miura N, "Ductile Fracture Behavior of Class 2 and 3 LWR Piping and Its Implications for Flaw Evaluation Criteria"

15 Moon S.I, "Development of Optimum Global Failure Prediction Model for Steam Generator Tube with Two Parallel Cracks" 29 (29): 754-761, 2005

16 Kim H.S, "Burst Pressure Evaluation for Through-Wall Cracked Tubes in the Steam Generator" 28 (28): 1006-1013, 2004