A model for the evolution of phase boundaries reminiscent of the phase-field model is considered. The equation related to conservation of thermal energy is diffusive and coupled to an equation for the order parameter, which contains a nonlinear convolution operator, related to the limit of an interacting particle model with Kac-potential. Under diffusive rescaling the solutions converge to solutions of the Stefan problem with kinetic undercooling and surface tensio
International audienceA generalized Stefan-problem arise when the thermomechanical theory for contin...
The macroscopic description of matter undergoing a phase change (the Stefan Problem) can be formulat...
We present a time discretization for the single phase Stefan problem with Gibbs-Thomson law. The met...
A model for the evolution of phase boundaries reminiscent of the phase-field model is considered. T...
In this paper we study an initial-boundary value Stefan-type problem with phase relaxation where the...
This paper is concerned with singular Stefan problems in which the heat flux is proportional to the ...
International audienceA new phase field model is introduced, which can be viewed as nontrivial gener...
We provide existence of a unique smooth solution for a class of one- and two-phase Stefan problems w...
The thermal switch provides a motivation for studying Stefan problems with time dependent body heati...
AbstractWe consider the Stefan Problem with surface tension and kinetic undercooling effects, that i...
Over a finite 1-D specimen containing two phases of a pure substance, it has been shown that the liq...
We discuss the convergence of the Caginalp-Fix phase field model to the weak formulation of the Stef...
In this work, we study the liquid-solid interface dynamics for large time intervals on a 1-D sample,...
A homogenized phase field model for phase transitions in porous media is considered. By making use ...
A generalization of the Stefan problem is proposed for phase transitions in one-dimensional systems,...
International audienceA generalized Stefan-problem arise when the thermomechanical theory for contin...
The macroscopic description of matter undergoing a phase change (the Stefan Problem) can be formulat...
We present a time discretization for the single phase Stefan problem with Gibbs-Thomson law. The met...
A model for the evolution of phase boundaries reminiscent of the phase-field model is considered. T...
In this paper we study an initial-boundary value Stefan-type problem with phase relaxation where the...
This paper is concerned with singular Stefan problems in which the heat flux is proportional to the ...
International audienceA new phase field model is introduced, which can be viewed as nontrivial gener...
We provide existence of a unique smooth solution for a class of one- and two-phase Stefan problems w...
The thermal switch provides a motivation for studying Stefan problems with time dependent body heati...
AbstractWe consider the Stefan Problem with surface tension and kinetic undercooling effects, that i...
Over a finite 1-D specimen containing two phases of a pure substance, it has been shown that the liq...
We discuss the convergence of the Caginalp-Fix phase field model to the weak formulation of the Stef...
In this work, we study the liquid-solid interface dynamics for large time intervals on a 1-D sample,...
A homogenized phase field model for phase transitions in porous media is considered. By making use ...
A generalization of the Stefan problem is proposed for phase transitions in one-dimensional systems,...
International audienceA generalized Stefan-problem arise when the thermomechanical theory for contin...
The macroscopic description of matter undergoing a phase change (the Stefan Problem) can be formulat...
We present a time discretization for the single phase Stefan problem with Gibbs-Thomson law. The met...