Add to ORKGInitial fatigue cracks on annealed and prestrained specimens of pure aluminum were observed. Intergranular cracks appeared on annealed and slightly prestrained specimens relating to specific slip bands, and decreased or disappeared on highly deformed specimens on which slip band cracks and subboundary cracks formed. Those cracks were discussed by relating to X-ray diffractions and hardness distributions around grain boundaries
This paper presents a summary of fatigue, crack initiation and growth, and fractographic findings fo...
The microstructural evolution during fatigue crack propagation was investigated in a variety of plan...
This study is concerned with crack origin of 8090 Al-Li alloys tensile tested. Particular attention ...
Initial fatigue cracks on annealed and prestrained specimens of pure aluminum were observed. Intergr...
Fatigue crack initiation sites and mechanisms in metals and alloys have long been investigated, sinc...
The surface slip structure produced by fatigue deformation in aluminum and aluminum- 1 magnesium all...
Fatigue crack growth in large grain Al alloy was studied. Fatigue crack growth is caused primarily b...
Broadly speaking, there are three kinds of approaches to investigate the deformation and fracture of...
This work presents an investigation of small fatigue crack growth behaviour in high strength alumini...
The process of fatigue crack nucleation in metallic materials is reviewed placing emphasis in result...
AbstractInitiation of fatigue cracks in materials with conventional grain (CG) size was investigated...
AbstractThe role of the collective behavior of defect ensembles at the crack tip and the laws of fat...
This paper deals with the basic mechanisms of fatigue damage in materials exposed to service and a s...
The mechanism of shear mode fatigue crack growth in pure aluminum was investigated using pre-cracked...
A new combined experimental and modelling approach has been developed in order to understand the phy...
This paper presents a summary of fatigue, crack initiation and growth, and fractographic findings fo...
The microstructural evolution during fatigue crack propagation was investigated in a variety of plan...
This study is concerned with crack origin of 8090 Al-Li alloys tensile tested. Particular attention ...
Initial fatigue cracks on annealed and prestrained specimens of pure aluminum were observed. Intergr...
Fatigue crack initiation sites and mechanisms in metals and alloys have long been investigated, sinc...
The surface slip structure produced by fatigue deformation in aluminum and aluminum- 1 magnesium all...
Fatigue crack growth in large grain Al alloy was studied. Fatigue crack growth is caused primarily b...
Broadly speaking, there are three kinds of approaches to investigate the deformation and fracture of...
This work presents an investigation of small fatigue crack growth behaviour in high strength alumini...
The process of fatigue crack nucleation in metallic materials is reviewed placing emphasis in result...
AbstractInitiation of fatigue cracks in materials with conventional grain (CG) size was investigated...
AbstractThe role of the collective behavior of defect ensembles at the crack tip and the laws of fat...
This paper deals with the basic mechanisms of fatigue damage in materials exposed to service and a s...
The mechanism of shear mode fatigue crack growth in pure aluminum was investigated using pre-cracked...
A new combined experimental and modelling approach has been developed in order to understand the phy...
This paper presents a summary of fatigue, crack initiation and growth, and fractographic findings fo...
The microstructural evolution during fatigue crack propagation was investigated in a variety of plan...
This study is concerned with crack origin of 8090 Al-Li alloys tensile tested. Particular attention ...