Imperfect transmission conditions modeling a thin reactive 2D interphases layer between two dissimilar bonded strips have been extracted. In this paper, the soundness of these transmission conditions for heat conduction problems are examined by the finite element method for a strong temperature-dependent source or sink and non-monotonic temperature distributions around the faces.
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...
In this paper, the thermal response of a homogenous slab to both step and sinusoidal excitations of ...
The accuracy of approximate calculations of transient temperature distributions in solids is studied...
Imperfect transmission conditions modelling a thin 2D intermediate layer between two bonded material...
Imperfect transmission conditions modelling a thin reactive intermediate layer be- tween two bonded ...
New imperfect transmission conditions for a thin nonlinear heat-resistant reactive interphase situat...
Imperfect transmission conditions modelling a thin reactive intermediate layer between two bonded ma...
Imperfect transmission conditions modelling a thin reactive intermediate layer between two bonded ma...
Imperfect transmission conditions modelling a thin intermediate layer between two bonded materials i...
In the diagnosis and control of various thermal systems, the philosophy of heat fluxes, and temperat...
In the diagnosis and control of various thermal systems, the philosophy of heat fluxes, and temperat...
International audienceHeat conduction in solids subjected to non-homogenous boundary conditions lead...
This paper develops a finite element code based on the hyperbolic heat conduction equation including...
A thin heat-conducting adhesive layer is considered in a two-dimensional approach. The material of t...
Heat conduction across dissimilar materials will be considered in this report. Fourier series expans...
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...
In this paper, the thermal response of a homogenous slab to both step and sinusoidal excitations of ...
The accuracy of approximate calculations of transient temperature distributions in solids is studied...
Imperfect transmission conditions modelling a thin 2D intermediate layer between two bonded material...
Imperfect transmission conditions modelling a thin reactive intermediate layer be- tween two bonded ...
New imperfect transmission conditions for a thin nonlinear heat-resistant reactive interphase situat...
Imperfect transmission conditions modelling a thin reactive intermediate layer between two bonded ma...
Imperfect transmission conditions modelling a thin reactive intermediate layer between two bonded ma...
Imperfect transmission conditions modelling a thin intermediate layer between two bonded materials i...
In the diagnosis and control of various thermal systems, the philosophy of heat fluxes, and temperat...
In the diagnosis and control of various thermal systems, the philosophy of heat fluxes, and temperat...
International audienceHeat conduction in solids subjected to non-homogenous boundary conditions lead...
This paper develops a finite element code based on the hyperbolic heat conduction equation including...
A thin heat-conducting adhesive layer is considered in a two-dimensional approach. The material of t...
Heat conduction across dissimilar materials will be considered in this report. Fourier series expans...
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...
In this paper, the thermal response of a homogenous slab to both step and sinusoidal excitations of ...
The accuracy of approximate calculations of transient temperature distributions in solids is studied...