The possibility of structural defect generation induced by thermal fluctuations in single cryctals under high-rate deformation is numerically investigated. It is shown that thermal fluctiations can be a reason for structural defect generation and there is a threshold strain value at which zones with local structural changes grow almost abruptlyyesBelgorod State Universit
Abstract. Multiscale materials modeling has emerged as a significant concept as well as a unique app...
Plastic deformation is thought to involve highly 'stochastic' phenomena, caused by the gen...
We report on nonequilibrium molecular dynamics simulations of single crystals of copper experiencing...
yesThe possibility of structural defect generation induced by thermal fluctuations in single cryctal...
A molecular-dynamic study of nucleation of structural defects in materials with an initially perfect...
AbstractIn the last decade the scope of experimental and theoretical investigations into the initial...
It is shown that thermal fluctuations can lead to a jumplike nucleation of defects in the ideal crys...
The energetics and kinetics of interactions between microstructural point, line, and planar defects ...
Polycrystalline metals have flow stress two to three orders of magnitude lower than the theoretical ...
The state of a deformed crystal is highly heterogeneous, with plasticity localised into linear and p...
In situ straining tests in high purity α-Fe thin-foils at low temperatures have demonstrated that cr...
The computer simulation results on the atomic structure of the copper crystallite and its behavior i...
The paper undertakes a study of plastic deformation in a titanium crystallite under mechanical loadi...
A molecular dynamics method is employed to investigate the origin and evolution of plastic deformati...
Stacking fault tetrahedron (SFT) is the most common type of vacancy clustered defects in fcc metals ...
Abstract. Multiscale materials modeling has emerged as a significant concept as well as a unique app...
Plastic deformation is thought to involve highly 'stochastic' phenomena, caused by the gen...
We report on nonequilibrium molecular dynamics simulations of single crystals of copper experiencing...
yesThe possibility of structural defect generation induced by thermal fluctuations in single cryctal...
A molecular-dynamic study of nucleation of structural defects in materials with an initially perfect...
AbstractIn the last decade the scope of experimental and theoretical investigations into the initial...
It is shown that thermal fluctuations can lead to a jumplike nucleation of defects in the ideal crys...
The energetics and kinetics of interactions between microstructural point, line, and planar defects ...
Polycrystalline metals have flow stress two to three orders of magnitude lower than the theoretical ...
The state of a deformed crystal is highly heterogeneous, with plasticity localised into linear and p...
In situ straining tests in high purity α-Fe thin-foils at low temperatures have demonstrated that cr...
The computer simulation results on the atomic structure of the copper crystallite and its behavior i...
The paper undertakes a study of plastic deformation in a titanium crystallite under mechanical loadi...
A molecular dynamics method is employed to investigate the origin and evolution of plastic deformati...
Stacking fault tetrahedron (SFT) is the most common type of vacancy clustered defects in fcc metals ...
Abstract. Multiscale materials modeling has emerged as a significant concept as well as a unique app...
Plastic deformation is thought to involve highly 'stochastic' phenomena, caused by the gen...
We report on nonequilibrium molecular dynamics simulations of single crystals of copper experiencing...