We introduce a piecewise linear finite‐element scheme with semi‐implicit time discretization for an evolutionary phase field system modelling the isothermal solidification process of a binary alloy. This system can be written in a vectorial form as a nonlinear parabolic system. The convergence of the scheme with error estimate is then proved by introducing a generalized vectorial elliptic projecto
This paper deals with a fully implicit time discretization scheme with variable time-step for a nonl...
In this work, we are interested in elaborating models and numerical methods in order to study some p...
In this paper we present a phase-field model to describe isothermal phase transitions between ideal ...
Abstract: A mathematical analysis of a time discretization scheme for an initial-boundary value prob...
We investigate a thermodynamically consistent isothermal solutal phase-field mode1 describing the so...
We analyze two numerical schemes of Euler type in time and C0 finite-element type with P1-approximat...
Nesta dissertação investigamos um problema de evolução do tipo campo de fase que descreve o processo...
The phase-field method provides a mathematical description for free-boundary problems associated to ...
We compute solutions of solutal phase-field models for dendritic growth of an isothermal binary allo...
This paper deals with a fully implicit time discretization scheme with variable time-step for a nonl...
We derive error estimates for finite element discretizations of phase field models that describe pha...
We propose and analyze a fully discrete finite element scheme for the phase field model describing t...
Abstract: The paper presents the model of the solidification process of a binary ideal all...
In this paper we present some theoretical results for a system of nonlinear partial differential equ...
AbstractIn this paper we present some theoretical results for a system of nonlinear partial differen...
This paper deals with a fully implicit time discretization scheme with variable time-step for a nonl...
In this work, we are interested in elaborating models and numerical methods in order to study some p...
In this paper we present a phase-field model to describe isothermal phase transitions between ideal ...
Abstract: A mathematical analysis of a time discretization scheme for an initial-boundary value prob...
We investigate a thermodynamically consistent isothermal solutal phase-field mode1 describing the so...
We analyze two numerical schemes of Euler type in time and C0 finite-element type with P1-approximat...
Nesta dissertação investigamos um problema de evolução do tipo campo de fase que descreve o processo...
The phase-field method provides a mathematical description for free-boundary problems associated to ...
We compute solutions of solutal phase-field models for dendritic growth of an isothermal binary allo...
This paper deals with a fully implicit time discretization scheme with variable time-step for a nonl...
We derive error estimates for finite element discretizations of phase field models that describe pha...
We propose and analyze a fully discrete finite element scheme for the phase field model describing t...
Abstract: The paper presents the model of the solidification process of a binary ideal all...
In this paper we present some theoretical results for a system of nonlinear partial differential equ...
AbstractIn this paper we present some theoretical results for a system of nonlinear partial differen...
This paper deals with a fully implicit time discretization scheme with variable time-step for a nonl...
In this work, we are interested in elaborating models and numerical methods in order to study some p...
In this paper we present a phase-field model to describe isothermal phase transitions between ideal ...