International audienceNumerical study of both the solidification of the binary alloy Al-4.1%wtCu and macrosegregation defects formation have been carried out. The mixture continuum model was used in the development of the mathematical model representing the solidification phenomena. This model included the conservative equations (mass, momentum, energy and species); these equations were numerically solved by using a finite volume approach
A systematic approach is developed for scaling analysis of momentum, heat and species conservation e...
International audienceA microsegregation model for the solidification of binary alloys is presented....
This dissertation mainly focuses on the development of new numerical models to simulate transport ph...
International audienceNumerical study of both the solidification of the binary alloy Al-4.1%wtCu and...
Experiments involving the solidification of a Pb-19 percent Sn alloy in an axisy
A three-dimensional transient mathematical model (following a fixed-grid enthalpy-based continuum fo...
During the solidification of metal alloys, several defects may arise which are influenced directly b...
A mathematical model has been established to predict the formation of macrosegregation for a unidire...
WOS: 000167625700002The solidification of Sn-10%Pb alloy and subsequent macrosegregation patterns ar...
A three-dimensional transient numerical model is developed for simulation of double-diffusive convec...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
A three-dimensional transient numerical model is developed for simulation of double-diffusive convec...
Abstract The simulation of macrosegregation as a conse-quence of solidification of a binary Al-4.5%C...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
In this paper, we present a macroscopic numerical model that is capable of capturing the interaction...
A systematic approach is developed for scaling analysis of momentum, heat and species conservation e...
International audienceA microsegregation model for the solidification of binary alloys is presented....
This dissertation mainly focuses on the development of new numerical models to simulate transport ph...
International audienceNumerical study of both the solidification of the binary alloy Al-4.1%wtCu and...
Experiments involving the solidification of a Pb-19 percent Sn alloy in an axisy
A three-dimensional transient mathematical model (following a fixed-grid enthalpy-based continuum fo...
During the solidification of metal alloys, several defects may arise which are influenced directly b...
A mathematical model has been established to predict the formation of macrosegregation for a unidire...
WOS: 000167625700002The solidification of Sn-10%Pb alloy and subsequent macrosegregation patterns ar...
A three-dimensional transient numerical model is developed for simulation of double-diffusive convec...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
A three-dimensional transient numerical model is developed for simulation of double-diffusive convec...
Abstract The simulation of macrosegregation as a conse-quence of solidification of a binary Al-4.5%C...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
In this paper, we present a macroscopic numerical model that is capable of capturing the interaction...
A systematic approach is developed for scaling analysis of momentum, heat and species conservation e...
International audienceA microsegregation model for the solidification of binary alloys is presented....
This dissertation mainly focuses on the development of new numerical models to simulate transport ph...