Add to ORKGMicro and Meso Scale Analysis of Brittle Grain Boundary Damage in Polycrystalline Material
International audienceMeso (effect of grain size) and macroscopic ( effect of sample dimension) cons...
Crack propagation in polycrystalline specimens is studied by means of a generalized finite element m...
International audienceThis chapter deals with the presentation of micromechanical modeling of the el...
Micro-Mesoscale Analysis of Crack Initiation and Propagation in Metallic Polycrystal
In this paper, the effect of pre-existing damage on brittle micro-cracking of polycrystalline materi...
Abstract. Meso- and microscale analysis are promising disciplines to cover the crack initiation as w...
International audienceIn the context of polycrystalline metals, the damage process analysis is gener...
The development of a 3D microstructural model for the analysis of degradation and failure in polycry...
The mesomechanical behavior of a polycrystalline microstructure subjected to monotonic and cyclic lo...
An algorithm is used to estimate mesoscopic strains in a deformed polycrystalline material. This req...
Characterization of the fracture mechanisms of ordinary refractory materials on a microscale leve
At grain scale, polycrystalline materials develop heterogeneous plastic deformation fields, localiza...
Analysis of crack initiation and propagation in polyctystalline meso- and microstructures of metal m...
In recent years we have seen a development of novel experimental techniques that enable one to non-d...
The design and application of high performance materials demands extensive knowledge of the material...
International audienceMeso (effect of grain size) and macroscopic ( effect of sample dimension) cons...
Crack propagation in polycrystalline specimens is studied by means of a generalized finite element m...
International audienceThis chapter deals with the presentation of micromechanical modeling of the el...
Micro-Mesoscale Analysis of Crack Initiation and Propagation in Metallic Polycrystal
In this paper, the effect of pre-existing damage on brittle micro-cracking of polycrystalline materi...
Abstract. Meso- and microscale analysis are promising disciplines to cover the crack initiation as w...
International audienceIn the context of polycrystalline metals, the damage process analysis is gener...
The development of a 3D microstructural model for the analysis of degradation and failure in polycry...
The mesomechanical behavior of a polycrystalline microstructure subjected to monotonic and cyclic lo...
An algorithm is used to estimate mesoscopic strains in a deformed polycrystalline material. This req...
Characterization of the fracture mechanisms of ordinary refractory materials on a microscale leve
At grain scale, polycrystalline materials develop heterogeneous plastic deformation fields, localiza...
Analysis of crack initiation and propagation in polyctystalline meso- and microstructures of metal m...
In recent years we have seen a development of novel experimental techniques that enable one to non-d...
The design and application of high performance materials demands extensive knowledge of the material...
International audienceMeso (effect of grain size) and macroscopic ( effect of sample dimension) cons...
Crack propagation in polycrystalline specimens is studied by means of a generalized finite element m...
International audienceThis chapter deals with the presentation of micromechanical modeling of the el...