Nanocrystalline metals performance of defects and mechanisms of plastic deformation and conventional polycrystalline are completely divergent in behavior and its performance. This paper discusses about grain boundary and dislocation mediated deformation mechanisms in nanocrystalline metals. The plots are for burger vectors of single value, Gaussian and uniform characteristics considering various parameters such as elastic constants, plasticity, loading condition and uncertainty quantification
As a result of recent investigations on nanocrystalline (nc) materials, extensive experimental data ...
We present an atomistic study of the plastic deformation mechanisms occurring in columnar structures...
The creep deformation characteristics of crystalline materials with grain sizes of > 1 pm have been ...
Nanocrystalline metals performance of defects and mechanisms of plastic deformation and conventional...
There has been a growing research interest in understanding the mechanical behaviors and the deforma...
The deformation mechanisms occurring in coarse-grained polycrystalline materials are now understood ...
A model for the deformation of nanocrystalline materials based on grain boundary sliding and formati...
Plastic deformation of classical crystalline materials is essentially dominated by dislocations and ...
Nanocrystalline metals, because of their distinct features, e.g., high strength, low ductility, pron...
Grain boundaries are the interfaces between differently oriented crystals of the same material. The ...
Polycrystalline materials, with nanosized grains (< 100 nm), exhibit superior strength exceeding tho...
In this work, a viscoplastic constitutive model for nanocrystalline metals is presented. The model i...
Abstract. We provide an overview of theoretical models of plastic deformation processes in nanocryst...
International audienceThe breakdown of the Hall–Petch relation in the grain-size strength dependence...
Nanocrystalline (NC) materials, defined structurally by having average grain sizes less than 100nm, ...
As a result of recent investigations on nanocrystalline (nc) materials, extensive experimental data ...
We present an atomistic study of the plastic deformation mechanisms occurring in columnar structures...
The creep deformation characteristics of crystalline materials with grain sizes of > 1 pm have been ...
Nanocrystalline metals performance of defects and mechanisms of plastic deformation and conventional...
There has been a growing research interest in understanding the mechanical behaviors and the deforma...
The deformation mechanisms occurring in coarse-grained polycrystalline materials are now understood ...
A model for the deformation of nanocrystalline materials based on grain boundary sliding and formati...
Plastic deformation of classical crystalline materials is essentially dominated by dislocations and ...
Nanocrystalline metals, because of their distinct features, e.g., high strength, low ductility, pron...
Grain boundaries are the interfaces between differently oriented crystals of the same material. The ...
Polycrystalline materials, with nanosized grains (< 100 nm), exhibit superior strength exceeding tho...
In this work, a viscoplastic constitutive model for nanocrystalline metals is presented. The model i...
Abstract. We provide an overview of theoretical models of plastic deformation processes in nanocryst...
International audienceThe breakdown of the Hall–Petch relation in the grain-size strength dependence...
Nanocrystalline (NC) materials, defined structurally by having average grain sizes less than 100nm, ...
As a result of recent investigations on nanocrystalline (nc) materials, extensive experimental data ...
We present an atomistic study of the plastic deformation mechanisms occurring in columnar structures...
The creep deformation characteristics of crystalline materials with grain sizes of > 1 pm have been ...