Abstract: The microsegregation process proceeding in the single grain volume is analyzed. The distribution of alloy component in the domain considered is described by the broken line (boundary layer and the remaining part of liquid subdomain). The temporary solidification rate of grain results from the macro model of thermal processes proceeding in the casting domain (the temperature in the casting volume is assumed to be equalized and only time-dependent). In the final part of the paper the example of computations is shown
International audienceModeling of solidification for applications to processing of metallic alloys is...
International audienceThe transport of solid crystals in the liquid pool during solidification of la...
The macrosegregation process takes place during typical solidification of alloys. Fractions of alloy...
Solidification processes are complex in nature, involving multiple phases and several length scales....
SUMMARY In the paper [1] the basic idea of simplified model of macro-segregation process called &apo...
A microsegregation model, based on a boundary layer concept, is proposed for solidiÞcation of alloys...
International audienceMicrosegregation formed during solidification is of great importance to materi...
The objective of this work is to present a new scheme for temperature-solute coupling in a solidific...
International audienceThe general aim of this work is to build a model of solidification that includ...
International audienceIn casting processes, the development of one solid phase from the liquid gives...
The process of microsegregation has been modelled as a combined heat and mass transfer problem in on...
A simple analytical model of microsegregation for the solidification of multicomponent steel alloys ...
A mathematical model has been established to predict the formation of macrosegregation for a unidire...
International audienceDirect modeling of structures and segregations during industrial casting proce...
Abstract. Microsegregation gets eliminated significantly if subsequent hot working and/or annealing ...
International audienceModeling of solidification for applications to processing of metallic alloys is...
International audienceThe transport of solid crystals in the liquid pool during solidification of la...
The macrosegregation process takes place during typical solidification of alloys. Fractions of alloy...
Solidification processes are complex in nature, involving multiple phases and several length scales....
SUMMARY In the paper [1] the basic idea of simplified model of macro-segregation process called &apo...
A microsegregation model, based on a boundary layer concept, is proposed for solidiÞcation of alloys...
International audienceMicrosegregation formed during solidification is of great importance to materi...
The objective of this work is to present a new scheme for temperature-solute coupling in a solidific...
International audienceThe general aim of this work is to build a model of solidification that includ...
International audienceIn casting processes, the development of one solid phase from the liquid gives...
The process of microsegregation has been modelled as a combined heat and mass transfer problem in on...
A simple analytical model of microsegregation for the solidification of multicomponent steel alloys ...
A mathematical model has been established to predict the formation of macrosegregation for a unidire...
International audienceDirect modeling of structures and segregations during industrial casting proce...
Abstract. Microsegregation gets eliminated significantly if subsequent hot working and/or annealing ...
International audienceModeling of solidification for applications to processing of metallic alloys is...
International audienceThe transport of solid crystals in the liquid pool during solidification of la...
The macrosegregation process takes place during typical solidification of alloys. Fractions of alloy...