Micro-Mesoscale Analysis of Crack Initiation and Propagation in Metallic Polycrystal
The present study is directed to the nucleation of micro cracks in polycrystalline metals due to fat...
The present contribution is concerned with an experimental investigation of fatigue crack initiation...
This report presents a comprehensive literature review on the multiscale modeling and simulation of ...
Analysis of crack initiation and propagation in polyctystalline meso- and microstructures of metal m...
Abstract. Meso- and microscale analysis are promising disciplines to cover the crack initiation as w...
Polycrystal models for the analysis of intergranular crack growth in metallic material
A mesoscale approach for growth of 3D microstructurally small fatigue cracks in polycrystal
Micro and Meso Scale Analysis of Brittle Grain Boundary Damage in Polycrystalline Material
The design and application of high performance materials demands extensive knowledge of the material...
This paper presents research on the development of a simulation method for the study of the mechanis...
International audienceMechanical components subjected to cyclic loadings suffer from fatigue phenome...
Surface cracking seriously affects the quality of beam blanks in continuous casting. To study the me...
In this paper, the effect of pre-existing damage on brittle micro-cracking of polycrystalline materi...
Microstructural and micromechanical modeling is arising as a key material modeling technique providi...
Crack propagation in a polycrystalline microstructure is analyzed using a novel multiscale model. Th...
The present study is directed to the nucleation of micro cracks in polycrystalline metals due to fat...
The present contribution is concerned with an experimental investigation of fatigue crack initiation...
This report presents a comprehensive literature review on the multiscale modeling and simulation of ...
Analysis of crack initiation and propagation in polyctystalline meso- and microstructures of metal m...
Abstract. Meso- and microscale analysis are promising disciplines to cover the crack initiation as w...
Polycrystal models for the analysis of intergranular crack growth in metallic material
A mesoscale approach for growth of 3D microstructurally small fatigue cracks in polycrystal
Micro and Meso Scale Analysis of Brittle Grain Boundary Damage in Polycrystalline Material
The design and application of high performance materials demands extensive knowledge of the material...
This paper presents research on the development of a simulation method for the study of the mechanis...
International audienceMechanical components subjected to cyclic loadings suffer from fatigue phenome...
Surface cracking seriously affects the quality of beam blanks in continuous casting. To study the me...
In this paper, the effect of pre-existing damage on brittle micro-cracking of polycrystalline materi...
Microstructural and micromechanical modeling is arising as a key material modeling technique providi...
Crack propagation in a polycrystalline microstructure is analyzed using a novel multiscale model. Th...
The present study is directed to the nucleation of micro cracks in polycrystalline metals due to fat...
The present contribution is concerned with an experimental investigation of fatigue crack initiation...
This report presents a comprehensive literature review on the multiscale modeling and simulation of ...