International audienceMicrosegregation formed during solidification is of great importance to material properties. The conventional Lever rule and Scheil equation are widely used to predict solute segregation. However, these models always fail to predict the exact solute concentration at a high solid fraction because of theoretical assumptions. Here, th
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
A phase transformation from liquid to solid phase takes place when the material solidifies. Limited ...
International audienceIn solidification processes, the successive development of solid phases from t...
A microsegregation model, based on a boundary layer concept, is proposed for solidiÞcation of alloys...
The process of microsegregation has been modelled as a combined heat and mass transfer problem in on...
In this study, two semi-analytical models of microsegregation were developed to predict the concentr...
WOS: 000167625700002The solidification of Sn-10%Pb alloy and subsequent macrosegregation patterns ar...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
Abstract: The microsegregation process proceeding in the single grain volume is analyzed. The distri...
A simple analytical model of microsegregation for the solidification of multicomponent steel alloys ...
In this paper, we reassess the local solute redistribution equation (LSRE) of macrosegregation which...
International audienceA microsegregation model for the solidification of multicomponent alloys is de...
A macroscopic model for simulating local remelting during binary alloy solidification is presented. ...
A phase-field model for solidification of a binary alloy is developed that includes gradient energy ...
International audienceA microsegregation model for the solidification of binary alloys is presented....
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
A phase transformation from liquid to solid phase takes place when the material solidifies. Limited ...
International audienceIn solidification processes, the successive development of solid phases from t...
A microsegregation model, based on a boundary layer concept, is proposed for solidiÞcation of alloys...
The process of microsegregation has been modelled as a combined heat and mass transfer problem in on...
In this study, two semi-analytical models of microsegregation were developed to predict the concentr...
WOS: 000167625700002The solidification of Sn-10%Pb alloy and subsequent macrosegregation patterns ar...
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
Abstract: The microsegregation process proceeding in the single grain volume is analyzed. The distri...
A simple analytical model of microsegregation for the solidification of multicomponent steel alloys ...
In this paper, we reassess the local solute redistribution equation (LSRE) of macrosegregation which...
International audienceA microsegregation model for the solidification of multicomponent alloys is de...
A macroscopic model for simulating local remelting during binary alloy solidification is presented. ...
A phase-field model for solidification of a binary alloy is developed that includes gradient energy ...
International audienceA microsegregation model for the solidification of binary alloys is presented....
International audienceDuring the solidification of metal alloys, chemical heterogeneities at the pro...
A phase transformation from liquid to solid phase takes place when the material solidifies. Limited ...
International audienceIn solidification processes, the successive development of solid phases from t...