summary:The existence of spherically symmetric solutions is proved for a new phase-field model that describes the motion of an interface in an elastically deformable solid, here the motion is driven by configurational forces. The model is an elliptic-parabolic coupled system which consists of a linear elasticity system and a non-linear evolution equation of the order parameter. The non-linear equation is non-uniformly parabolic and is of fourth order. One typical application is sintering
In the classical description of surface diffusion, transport on a curved interface is associated wit...
Mathematical models for various types of crystal surface motions have been made. They all reduce som...
We investigate the influence of artificial grid friction in different phase-field models by consider...
summary:The existence of spherically symmetric solutions is proved for a new phase-field model that ...
We prove the global-in-time existence of spherically symmetric solutions to an initial-boundary valu...
We prove the global-in-time existence of spherically symmetric solutions to an initial-boundary valu...
We construct an asymptotic solution of a system consisting of the partial differential equations of ...
This talk is based on a recent work by Prof. H.-D. Alber and myself, and concerned with a phase fiel...
We construct an asymptotic solution of a system consisting of the partial differential equations of ...
This article is concerned with the existence of traveling wave solutions, including standing waves, ...
Abstract: "A recent series of papers [G, AG, GS] began an investigation whose goal is a thermomechan...
We study the existence of traveling/standing waves to models based on configurational forces. These ...
We study the existence of traveling/standing waves to models based on configurational forces. These ...
We consider a sharp interface model which describes diffusioninduced grain-boundary motion in a pol...
This article is concerned with an initial-boundary value problem for an elliptic-parabolic coupled s...
In the classical description of surface diffusion, transport on a curved interface is associated wit...
Mathematical models for various types of crystal surface motions have been made. They all reduce som...
We investigate the influence of artificial grid friction in different phase-field models by consider...
summary:The existence of spherically symmetric solutions is proved for a new phase-field model that ...
We prove the global-in-time existence of spherically symmetric solutions to an initial-boundary valu...
We prove the global-in-time existence of spherically symmetric solutions to an initial-boundary valu...
We construct an asymptotic solution of a system consisting of the partial differential equations of ...
This talk is based on a recent work by Prof. H.-D. Alber and myself, and concerned with a phase fiel...
We construct an asymptotic solution of a system consisting of the partial differential equations of ...
This article is concerned with the existence of traveling wave solutions, including standing waves, ...
Abstract: "A recent series of papers [G, AG, GS] began an investigation whose goal is a thermomechan...
We study the existence of traveling/standing waves to models based on configurational forces. These ...
We study the existence of traveling/standing waves to models based on configurational forces. These ...
We consider a sharp interface model which describes diffusioninduced grain-boundary motion in a pol...
This article is concerned with an initial-boundary value problem for an elliptic-parabolic coupled s...
In the classical description of surface diffusion, transport on a curved interface is associated wit...
Mathematical models for various types of crystal surface motions have been made. They all reduce som...
We investigate the influence of artificial grid friction in different phase-field models by consider...