AbstractFatigue crack growth behavior of a series of aluminum alloy under single overload tests, repeated overload tests and a variable amplitude loading spectrum are analyzed. It is shown that the material behavior is governed by micro-mechanisms. For crack initiation at a notch, a short crack model presented here gives acceptable results
This study presents experimental crack growth data for naturally initiated fatigue cracks in tubular...
The paper presents the attempt to predict fatigue crack growth rate in a component subjected to vari...
In this paper, a modeling of fatigue crack growth of thin walled tube aluminum alloy with circumfere...
AbstractFatigue crack growth behavior of a series of aluminum alloy under single overload tests, rep...
International audienceFatigue crack growth behavior of selected aluminum alloys under variable ampli...
Experimental programs in constant and variable amplitude loading were performed to obtain a x N curv...
AbstractThis paper presents a review of available evidence of higher than expected crack growth rate...
AbstractThe paper presents an experimental work of fatigue crack growth for aerospace 2024 T351 alum...
<p>Plasticity effects at the crack tip had been recognized as “motor” of crack propagation, the grow...
The crack propagation behavior in a 2024 T351 Aluminum Alloy under constant amplitude loading has be...
The crack propagation behavior in a 2024 T351 Aluminum Alloy under constant amplitude loading has be...
This study compares both uniaxial and multiaxial variable amplitude experimental crack growth data f...
An analytical method using crack driving force parameter K was developed to account for the single o...
The fatigue crack growth behavior under constant amplitude and under single overload of 2024 aluminu...
In this investigation, variation of cyclic loading effect on fatigue crack growth is studied. This s...
This study presents experimental crack growth data for naturally initiated fatigue cracks in tubular...
The paper presents the attempt to predict fatigue crack growth rate in a component subjected to vari...
In this paper, a modeling of fatigue crack growth of thin walled tube aluminum alloy with circumfere...
AbstractFatigue crack growth behavior of a series of aluminum alloy under single overload tests, rep...
International audienceFatigue crack growth behavior of selected aluminum alloys under variable ampli...
Experimental programs in constant and variable amplitude loading were performed to obtain a x N curv...
AbstractThis paper presents a review of available evidence of higher than expected crack growth rate...
AbstractThe paper presents an experimental work of fatigue crack growth for aerospace 2024 T351 alum...
<p>Plasticity effects at the crack tip had been recognized as “motor” of crack propagation, the grow...
The crack propagation behavior in a 2024 T351 Aluminum Alloy under constant amplitude loading has be...
The crack propagation behavior in a 2024 T351 Aluminum Alloy under constant amplitude loading has be...
This study compares both uniaxial and multiaxial variable amplitude experimental crack growth data f...
An analytical method using crack driving force parameter K was developed to account for the single o...
The fatigue crack growth behavior under constant amplitude and under single overload of 2024 aluminu...
In this investigation, variation of cyclic loading effect on fatigue crack growth is studied. This s...
This study presents experimental crack growth data for naturally initiated fatigue cracks in tubular...
The paper presents the attempt to predict fatigue crack growth rate in a component subjected to vari...
In this paper, a modeling of fatigue crack growth of thin walled tube aluminum alloy with circumfere...