Abstract. In this paper we present a finite element discretization of the Joule-heating problem. We prove existence of solution to the discrete formulation and strong convergence of the finite element solution to the weak solution, up to a sub-sequence. We also present extensive numerical examples in three spatial dimensions. The first example demonstrates the convergence of the method and the second example shows an engineering application
The method of numerical modeling of heat transfer between three-dimensional objects being in contact...
The object of this paper is to study some boundary element methods for the heat equation. Two approa...
We consider a fully practical finite element approximation of the following degenerate system $$ {...
We prove strong convergence for a large class of finite element methods for the time-dependent Joule...
We consider a system of equations that model the temperature, electric potential and deformation of ...
The stationary Joule heating problem is a crucial multiphysical problem for many microelectromechani...
We prove strong convergence of conforming finite element approximations to the stationary Joule heat...
Completely discrete numerical methods for a nonlinear elliptic-parabolic system, the time-dependent ...
Abstract. Completely discrete numerical methods for a nonlinear elliptic-parabolic system, the time-...
In this paper, heat transfer problems exhibiting sharp thermal gradients are analyzed using the clas...
The soldering of small, delicate electronic devices by means of a blade thermode (a small, thin, rec...
The soldering of small, delicate electronic devices by means of a blade thermode (a small, thin, rec...
\u3cp\u3eMoving heat load problems appear in many manufacturing processes, such as lithography, weld...
The convergence condition of the explicit difference method for the heat transfer problem is aiready...
In this thesis we study numerical methods for evolution problems in multiphysics. The term multiphys...
The method of numerical modeling of heat transfer between three-dimensional objects being in contact...
The object of this paper is to study some boundary element methods for the heat equation. Two approa...
We consider a fully practical finite element approximation of the following degenerate system $$ {...
We prove strong convergence for a large class of finite element methods for the time-dependent Joule...
We consider a system of equations that model the temperature, electric potential and deformation of ...
The stationary Joule heating problem is a crucial multiphysical problem for many microelectromechani...
We prove strong convergence of conforming finite element approximations to the stationary Joule heat...
Completely discrete numerical methods for a nonlinear elliptic-parabolic system, the time-dependent ...
Abstract. Completely discrete numerical methods for a nonlinear elliptic-parabolic system, the time-...
In this paper, heat transfer problems exhibiting sharp thermal gradients are analyzed using the clas...
The soldering of small, delicate electronic devices by means of a blade thermode (a small, thin, rec...
The soldering of small, delicate electronic devices by means of a blade thermode (a small, thin, rec...
\u3cp\u3eMoving heat load problems appear in many manufacturing processes, such as lithography, weld...
The convergence condition of the explicit difference method for the heat transfer problem is aiready...
In this thesis we study numerical methods for evolution problems in multiphysics. The term multiphys...
The method of numerical modeling of heat transfer between three-dimensional objects being in contact...
The object of this paper is to study some boundary element methods for the heat equation. Two approa...
We consider a fully practical finite element approximation of the following degenerate system $$ {...