RÉSUMÉ: Le travail présenté se focalise sur deux points principaux. Le premier consiste en la mise en place d’un protocole de simulation de dynamique moléculaire classique (MD en anglais) en utilisant la température de fusion (Tm) résultante comme point de référence sur la précision des simulations en raison de sa nature, qui est impactée par la simulation adéquate des propriétés thermodynamiques et des comportements dynamiques. Le second point d’intérêt de ces simulations de MD repose sur l’application de ces connaissances sur l’aluminium en raison de son applicabilité moderne dans la conception d’alliages et de son intérêt parmi notre groupe de recherche. Pour ce faire, le protocole proposé par ces objectifs visait à définir les valeurs d...
Computational models can support materials development by identifying the key factors that a ect mat...
Molecular dynamics simulation of crystallization of amorphous aluminium modelled with EA
Les besoins de réduction du poids se sont concrètement traduits par l'introduction de nouvelles nuan...
Despite the continuous and remarkable development of experimental techniques for the investigation o...
It is well known that residual stresses are quite common in castings and they emerge due to uneven c...
RÉSUMÉ: Ce mémoire examine l’utilisation de simulation pour aider le développement de nouveaux procé...
Despite the continuous and remarkable development of experimental techniques for the investigation o...
Solid–liquid phase transition has been simulated by the molecular dynamics method, using isobaric–is...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
In studying solidification process by simulations on the atomic scale, the modeling of crystal nucle...
Homogeneous nucleation from aluminum (Al) melt was investigated by million-atom molecular dynamics s...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
The casting process of aluminum products involves the spatial distribution of alloying elements. It ...
Selective laser melting (SLM) has found extensive applications in the realm of metal printing as an ...
The effect of the cooling rate on the solidification process of liquid aluminium is studied using a ...
Computational models can support materials development by identifying the key factors that a ect mat...
Molecular dynamics simulation of crystallization of amorphous aluminium modelled with EA
Les besoins de réduction du poids se sont concrètement traduits par l'introduction de nouvelles nuan...
Despite the continuous and remarkable development of experimental techniques for the investigation o...
It is well known that residual stresses are quite common in castings and they emerge due to uneven c...
RÉSUMÉ: Ce mémoire examine l’utilisation de simulation pour aider le développement de nouveaux procé...
Despite the continuous and remarkable development of experimental techniques for the investigation o...
Solid–liquid phase transition has been simulated by the molecular dynamics method, using isobaric–is...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
In studying solidification process by simulations on the atomic scale, the modeling of crystal nucle...
Homogeneous nucleation from aluminum (Al) melt was investigated by million-atom molecular dynamics s...
Abstract: Molecular-dynamic modeling of physical properties of pure metallic Aluminum is c...
The casting process of aluminum products involves the spatial distribution of alloying elements. It ...
Selective laser melting (SLM) has found extensive applications in the realm of metal printing as an ...
The effect of the cooling rate on the solidification process of liquid aluminium is studied using a ...
Computational models can support materials development by identifying the key factors that a ect mat...
Molecular dynamics simulation of crystallization of amorphous aluminium modelled with EA
Les besoins de réduction du poids se sont concrètement traduits par l'introduction de nouvelles nuan...