1 김진수, "시편두께 및 균열깊이 영향을 고려한 비표준시편의 J 시험법 및 구속효과의 정량화" 대한기계학회 27 (27): 1531-1539, 2003
2 Hill R, "The Mathematical Theory of Plasticity" Oxford University Press, Oxford 1956
3 Schwalbe K-H, "The GKSS Testing Procedure for Determining the Fracture Behaviour of Materials: EFAM GTP 94"
4 ASTM Standard E, "Standard Test Method for J Integral Characterisation of Fracture Toughness," Annual Book of ASTM Standards 957-980, 1739
5 McClintock F.A, "Plasticity aspects of fracture, In H. Liebowitz (ed.)" 3 : 47-225, 1971
6 Kim Y. J, "Plastic Factors of Homogeneous and Bi-Material SE(T) Specimens for Toughness and Creep Crack Growth Testing" 24 : 751-760, 2001
7 Ainsworth R. A, "Methods for Including Constraint Effects Within the SINTAP Procedures" 67 : 563-572, 2000
8 Kirk M. T, "J and CTOD Estimation Equations for Shallow Cracks in Single Edge Notch Bend Specimens" 21 : 228-238, 1993
9 Lee H, "Fully Plastic Analyses of Plane Strain Single Edge Cracked Specimens Subject to Combined Tension and Bending" 63 : 329-349, 1993
10 Kachanov L. M, "Foundation of the Theory of Plasticity, North-Holland"
1 김진수, "시편두께 및 균열깊이 영향을 고려한 비표준시편의 J 시험법 및 구속효과의 정량화" 대한기계학회 27 (27): 1531-1539, 2003
2 Hill R, "The Mathematical Theory of Plasticity" Oxford University Press, Oxford 1956
3 Schwalbe K-H, "The GKSS Testing Procedure for Determining the Fracture Behaviour of Materials: EFAM GTP 94"
4 ASTM Standard E, "Standard Test Method for J Integral Characterisation of Fracture Toughness," Annual Book of ASTM Standards 957-980, 1739
5 McClintock F.A, "Plasticity aspects of fracture, In H. Liebowitz (ed.)" 3 : 47-225, 1971
6 Kim Y. J, "Plastic Factors of Homogeneous and Bi-Material SE(T) Specimens for Toughness and Creep Crack Growth Testing" 24 : 751-760, 2001
7 Ainsworth R. A, "Methods for Including Constraint Effects Within the SINTAP Procedures" 67 : 563-572, 2000
8 Kirk M. T, "J and CTOD Estimation Equations for Shallow Cracks in Single Edge Notch Bend Specimens" 21 : 228-238, 1993
9 Lee H, "Fully Plastic Analyses of Plane Strain Single Edge Cracked Specimens Subject to Combined Tension and Bending" 63 : 329-349, 1993
10 Kachanov L. M, "Foundation of the Theory of Plasticity, North-Holland"
11 Kim Y. J, "Experimental J Estimation Equations for Single Edge Cracked Bars in Four-Point Bend: Homogeneous and Bi-Material Specimens" 69 : 793-811, 2002
12 Kim Y. J, "Elastic-Plastic Finite Element Analysis for Double-Edge-Cracked Tension Plates" 71 : 945-966, 2004
13 Joyce J. A, "Effects of Crack Depth and Mode of Loading on the J-R Curve Behaviour of a High-Strength Steel,” Constraint Effect in Fracture, ASTM STP 1171, Hackett E M, Schwalbe K-H, and Dodds R-H (editors)"
14 Eisele U, "Effect of Stress State on the Ductile Fracture Behaviour of Large-Scale Specimens, Constraint Effect in Fracture, ASTM STP 1171, Hackett E M, Schwalbe K-H, and Dodds R-H (editors)"
15 Hancock J. W, "Constraint and Toughness Parameterised by T,” Constraint Effect in Fracture, ASTM STP 1171, Hackett E M, Schwalbe K-H, and Dodds R-H (editors)" 21-40, 1993
16 Ewing D.G.F, "Calculations on the Bending of Rigid/Plastic Notched Bars" 16 : 205-213, 1968
17 ABAQUS User's Manual, "ABAQUS User's Manual. version 6.3 Hibbit, Karlsson and Sorensen"
18 O'Dowd N. P., "A Family of Crack Tip Fields Characterised by a Triaxiality Parameter" 39 : 989-1015, 1991
19 Green A.P, "1956, Initial Plastic Yielding in Notched Bend Tests" 4 : 128-144, 1956