Study of component structural equivalent fatigue based on a combined stress gradient approach and the theory of critical distance

References

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	Year	Citations
The theory of critical distances David Taylor Engineering Fracture Mechanics Critical DistancesCritical Phenomenon	2007	598
The Theory of Critical Distances to estimate lifetime of notched components subjected to variable amplitude uniaxial fatigue loading Luca Susmel, David Taylor International Journal of Fatigue Critical DistancesDamage MechanismStructural IntegrityEngineeringLow-cycle Fatigue	2011	92
Applications of the theory of critical distances in failure analysis David Taylor Engineering Failure Analysis ReliabilityCritical DistancesReliability EngineeringEngineeringReliability Modelling	2010	71
Assessment of notched structural components using Failure Assessment Diagrams and the Theory of Critical Distances Sergio Cicero, V. Madrazo, Isidro Carrascal, Engineering Fracture Mechanics Critical DistancesStructural IntegrityEngineeringReliability EngineeringFailure Assessment Diagrams	2011	55
PREDICTION OF FATIGUE FAILURE IN A CRANKSHAFT USING THE TECHNIQUE OF CRACK MODELLING David Taylor, A. J. Ciepalowicz, Pliny Rogers, Fatigue & Fracture of Engineering Materials & Structures Crack ModellingEngineeringService Life PredictionLife PredictionStrength Property	1997	51
An implicit gradient type of static failure criterion for mixed-mode loading R. Tovo, Paolo Livieri, Elena Benvenuti International Journal of Fracture ReliabilityReliability EngineeringEngineeringHardware ReliabilityMixed-mode Loading	2006	44
An implicit gradient application to fatigue of complex structures R. Tovo, Paolo Livieri Engineering Fracture Mechanics EngineeringImplicit Gradient ApplicationMechanicsMechanical EngineeringStressstrain Analysis	2007	43
Statistical distribution of crankshaft fatigue: Experiment and modeling Xiaoping Chen, Xiaoli Yu, Rufu Hu, Engineering Failure Analysis Condition MonitoringFatigue ManagementEngineeringCrankshaft FatigueMechanical Engineering	2014	43
High cycle fatigue of welded joints: The TCD experience David Taylor, David A. Hoey International Journal of Fatigue EngineeringWelding ProcessMechanical EngineeringHigh Cycle FatigueMechanics Of Materials	2008	31
Prediction of fatigue failure in a camshaft using the crack modelling method G. Wang, David Taylor, B. Bouquin, Engineering Failure Analysis Fatigue FailureEngineeringService Life PredictionMechanical EngineeringStructural Health Monitoring	2000	29

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