A method is presented for evaluating weld intrinsic fatigue crack growth rate (FCGR) by excluding the influence of residual stresses. The method is potentially useful for predicting crack growth lives of structural components using measured FCGR data from coupon specimens. Calculation procedures are developed and demonstrated via an example of crack growth across a longitudinal weld subjected to both constant amplitude loading and constant applied stress intensity factor ranges. Trends of intrinsic FCGR in different weld regions are identified. The methodology can also be used for establishing intrinsic FCGR laws for cracks propagating within and parallel with the weld joint
Welded joint is a critical region of a welded structure and fracture mechanics analysis is inevitabl...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
The fatigue crack growth properties of friction stir welded joints of 2024-T3 aluminium alloy have b...
A simple and efficient method is presented in this paper for predicting fatigue crack growth rate i...
In the last few decades, new design concepts and manufacture processes have been developed in order...
This paper presents an inverse method for calculating the thermal residual stresses in welded speci...
The use of residual K (Kres) approaches for prediction of fatigue crack growth rates in residual str...
Welded joints are sensitive to fatigue failure due to cyclic loading, as well as fatigue crack propa...
This research explores the development and the implementation of damage tolerance analysis on weld j...
The interaction between residual stress and fatigue crack growth rate has been investigated in midd...
This work provides a numerical and experimental investigation of fatigue crack growth behavior in st...
The article analyzes the influence of the structural crack-like defect in the girth weld root weldin...
Redistribution of residual stress during crack growth in butt welded joint of Al5083-H111 was studie...
Fabrication by welding is very popular in the automotive industry due to its effectiveness in reduci...
Constant amplitude fatigue crack growth (FCG) tests were performed on dissimilar metal welded plates...
Welded joint is a critical region of a welded structure and fracture mechanics analysis is inevitabl...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
The fatigue crack growth properties of friction stir welded joints of 2024-T3 aluminium alloy have b...
A simple and efficient method is presented in this paper for predicting fatigue crack growth rate i...
In the last few decades, new design concepts and manufacture processes have been developed in order...
This paper presents an inverse method for calculating the thermal residual stresses in welded speci...
The use of residual K (Kres) approaches for prediction of fatigue crack growth rates in residual str...
Welded joints are sensitive to fatigue failure due to cyclic loading, as well as fatigue crack propa...
This research explores the development and the implementation of damage tolerance analysis on weld j...
The interaction between residual stress and fatigue crack growth rate has been investigated in midd...
This work provides a numerical and experimental investigation of fatigue crack growth behavior in st...
The article analyzes the influence of the structural crack-like defect in the girth weld root weldin...
Redistribution of residual stress during crack growth in butt welded joint of Al5083-H111 was studie...
Fabrication by welding is very popular in the automotive industry due to its effectiveness in reduci...
Constant amplitude fatigue crack growth (FCG) tests were performed on dissimilar metal welded plates...
Welded joint is a critical region of a welded structure and fracture mechanics analysis is inevitabl...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
The fatigue crack growth properties of friction stir welded joints of 2024-T3 aluminium alloy have b...