We have investigated the bulk and surface properties of aluminum using the molecular-dynamics technique. In the simulation a recently developed empirical many-body potential energy function, which contains two- and three-body atomic interactions, has been used. The bulk properties of specific heat capacity and vacancy formation energy have been calculated, and the surface properties of surface energy, surface vacancies, and adatoms on the (001) surface, have been investigated at low temperature
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
International audienceThe extraction energy of an aluminum atom is calculated at 0 K as a function o...
We have performed molecular dynamics (MD) simulations using the three low index surfaces of Al to de...
We have performed molecular dynamics (MD) simulations using the three low index surfaces of Al to de...
The influence of the number of atoms, N = 3000, 5000, 7000, and 9000 atoms, at temperature T = 300 K...
The authors have examined the usefulness of the Dagens, Rasolt and Taylor (DRT) interionic potential...
An empirical potential energy function, comprising two-and three-body terms, has been derived for al...
Abstract This work presents a study on the surface tension of liquid Aluminum–Nickel (Al–Ni) alloys....
An ab initio molecular dynamics simulation model was used to study the interface between the face of...
We have developed an empirical formulation, based on the elastic theory, to calculate the variation ...
We have developed an empirical formulation, based on the elastic theory, to calculate the variation ...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
International audienceThe extraction energy of an aluminum atom is calculated at 0 K as a function o...
We have performed molecular dynamics (MD) simulations using the three low index surfaces of Al to de...
We have performed molecular dynamics (MD) simulations using the three low index surfaces of Al to de...
The influence of the number of atoms, N = 3000, 5000, 7000, and 9000 atoms, at temperature T = 300 K...
The authors have examined the usefulness of the Dagens, Rasolt and Taylor (DRT) interionic potential...
An empirical potential energy function, comprising two-and three-body terms, has been derived for al...
Abstract This work presents a study on the surface tension of liquid Aluminum–Nickel (Al–Ni) alloys....
An ab initio molecular dynamics simulation model was used to study the interface between the face of...
We have developed an empirical formulation, based on the elastic theory, to calculate the variation ...
We have developed an empirical formulation, based on the elastic theory, to calculate the variation ...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
We present a molecular-dynamics analysis of the stable nonmelting (100) and (111) surfaces of Al. A ...
International audienceThe extraction energy of an aluminum atom is calculated at 0 K as a function o...