Crack closure and influence of cycle ratio R on fatigue crack growth in type 304 stainless steel at room temperature

References

Page 1

	Year	Citations
Fatigue crack closure under cyclic tension W. Elber Engineering Fracture Mechanics EngineeringFatigue Crack ClosureMechanicsFatigueMechanical Engineering	1970	2.1K
Effect of width and length on stress intensity factors of internally cracked plates under various boundary conditions Makoto ISIDA International Journal of Fracture Damage MechanismStress Intensity FactorsEngineeringMechanical EngineeringStressstrain Analysis	1971	310
The influence of stress intensity and microstructure on fatigue crack propagation in ferritic materials C.E. Richards, T.C. Lindley Engineering Fracture Mechanics EngineeringStrain LocalizationMicrostructureFatigue Crack PropagationMechanical Engineering	1972	175
Cyclic analysis of a propagating crack and its correlation with fatigue crack growth Kiyotsugu OHJI, Keiji Ogura, Yoshiji Ohkubo Engineering Fracture Mechanics EngineeringStrain LocalizationMechanicsMechanical EngineeringCyclic Analysis	1975	104
The retardation phenomenon of fatigue crack growth in HT80 steel S. Matsuoka, Kōichi Tanaka, Mutsuto Kawahara Engineering Fracture Mechanics Materials ScienceEngineeringRetardation PhenomenonMechanical EngineeringHigh Strength Low Alloy Steel	1976	78
The effect of pre-strain on fatigue crack growth and crack closure J. Schijve Engineering Fracture Mechanics Materials ScienceEngineeringStrain LocalizationFatigueMechanical Engineering	1976	55
Plasticity effects in crack propagation O. Buck, Ching Lin Ho, H.L. Marcus Engineering Fracture Mechanics Plasticity EffectsEngineeringStrain LocalizationMechanicsMechanical Engineering	1973	47
Observation of crack-closure behavior after single overload cycles in 7075-T6 single-edge-notched specimens G. R. Chanani, B.J. Mays Engineering Fracture Mechanics Damage MechanismEngineeringStrain Localization7075-T6 Single-edge-notched SpecimensMechanical Engineering	1977	24
The Influence of Gas Environments on Fatigue Crack Growth Rates in Types 316 and 321 Stainless Steel M. W. Mahoney, N. E. Paton Nuclear Technology EngineeringMechanical EngineeringHigh Strength Low Alloy SteelWork HardeningRelative Humidity	1974	20

Page 1