We rigorously justify the quasistationary approximations of two moving boundary problems. We work out a systematic procedure to derive a priori estimates that allow to pass to the singular limit. The problems under our consideration are a one-phase osmosis model and the one-phase Stefan problem with Gibbs-Thomson correction and kinetic undercooling. © European Mathematical Society 2016
In this monograph, the authors develop a comprehensive approach for the mathematical analysis of a w...
This is a survey of the most common approaches to quasi-linear parabolic evolution equations, a disc...
Optimal error estimates in L2 H1 and H2-norms are established for a single phase Stefan problem with...
For a moving boundary problem modelling the motion of a semipermeable membrane by osmotic pressure a...
Our study of abstract quasi-linear parabolic problems in time-weighted L_p-spaces, begun in 2010, is...
We treat two related moving boundary problems. The first is the ill-posed Stefan problem for meltin...
We consider a two-phase elliptic–parabolic moving boundary problem modelling an evaporation front in...
Within the framework of variational modelling we derive a one-phase moving boundary problem describi...
AbstractWe prove boundedness of gradients of solutions to quasilinear parabolic systems, the main pa...
AbstractOstwald ripening is the coarsening phenomenon caused by the diffusion and solidification pro...
We consider the quasistationary Stokes flow that describes the motion of a two-dimensional fluid bod...
For a two-phase moving boundary problem modelling the motion of a semipermeable membrane by osmotic ...
We introduce the notion of maximal solutions of a class of moving boundary problems in the sense tha...
In this monograph, the authors develop a comprehensive approach for the mathematical analysis of a w...
This is a survey of the most common approaches to quasi-linear parabolic evolution equations, a disc...
Optimal error estimates in L2 H1 and H2-norms are established for a single phase Stefan problem with...
For a moving boundary problem modelling the motion of a semipermeable membrane by osmotic pressure a...
Our study of abstract quasi-linear parabolic problems in time-weighted L_p-spaces, begun in 2010, is...
We treat two related moving boundary problems. The first is the ill-posed Stefan problem for meltin...
We consider a two-phase elliptic–parabolic moving boundary problem modelling an evaporation front in...
Within the framework of variational modelling we derive a one-phase moving boundary problem describi...
AbstractWe prove boundedness of gradients of solutions to quasilinear parabolic systems, the main pa...
AbstractOstwald ripening is the coarsening phenomenon caused by the diffusion and solidification pro...
We consider the quasistationary Stokes flow that describes the motion of a two-dimensional fluid bod...
For a two-phase moving boundary problem modelling the motion of a semipermeable membrane by osmotic ...
We introduce the notion of maximal solutions of a class of moving boundary problems in the sense tha...
In this monograph, the authors develop a comprehensive approach for the mathematical analysis of a w...
This is a survey of the most common approaches to quasi-linear parabolic evolution equations, a disc...
Optimal error estimates in L2 H1 and H2-norms are established for a single phase Stefan problem with...