AbstractEarly fatigue damage has been studied in a number of model and structural polycrystalline materials using modern experimental techniques. Early initiation of fatigue cracks was found to be related to the localization of the cyclic plastic strain into persistent slip bands during cyclic loading. Internal dislocation structure of the persistent slip bands and also the evolution of the surface relief as surface persistent slip markings are documented. The model of the surface relief formation describing the formation of extrusions and intrusions is briefly described. The intrusions representing sharp surface crack-like defects play the principal role in the initiation of fatigue cracks
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
AbstractEarly fatigue damage has been studied in a number of model and structural polycrystalline ma...
The cyclic plastic deformation of polycrystals leads to the inhomogeneous distribution of the cyclic...
AbstractEarly stages of damage evolution in cyclic loading are described and discussed. The importan...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
Cyclic slip localization is demonstrated in several classes of materials as copper single crystals, ...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
International audienceThe early stages of formation of persistent slip markings in fatigue are analy...
International audienceThe early stages of formation of persistent slip markings in fatigue are analy...
AbstractNumerous studies have pointed out the major role of microstructural phenomena in the nucleat...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
Although crack initiation is proved to play an important role in fatigue, its mechanisms have not be...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
AbstractEarly fatigue damage has been studied in a number of model and structural polycrystalline ma...
The cyclic plastic deformation of polycrystals leads to the inhomogeneous distribution of the cyclic...
AbstractEarly stages of damage evolution in cyclic loading are described and discussed. The importan...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
Cyclic slip localization is demonstrated in several classes of materials as copper single crystals, ...
Although a thorough understanding of fatigue crack initiation is lacking, experiments have shown tha...
International audienceThe early stages of formation of persistent slip markings in fatigue are analy...
International audienceThe early stages of formation of persistent slip markings in fatigue are analy...
AbstractNumerous studies have pointed out the major role of microstructural phenomena in the nucleat...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
Although crack initiation is proved to play an important role in fatigue, its mechanisms have not be...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...
The investigation of fatigue crack initiation is important to get a fundamentally better insight in ...