In this paper we consider the one-dimensional version of thermoelasticity with two porous structures and porous dissipation on one or both of them. We first give an existence and uniqueness result by means of semigroup theory. Exponential decay of the solutions is obtained when porous dissipation is assumed for each porous structure. Later, we consider dissipation only on one of the porous structures and we prove that, under appropriate conditions on the coefficients, there exists undamped solutions. Therefore, asymptotic stability cannot be expected in general. However, we are able to give suitable sufficient conditions for the constitutive coefficients to guarantee the exponential decay of the solutions.Peer ReviewedPostprint (author's f...
In this paper we study the asymptotic behavior to an one-dimensional porous-elasticity problem with ...
AbstractIn this paper we investigate the temporal asymptotic behavior of the solutions of the one-di...
AbstractIn this paper we investigate the temporal decay behavior of the solutions of the one-dimensi...
In this paper we consider the one-dimensional version of thermoelasticity with two porous structures...
In this paper we analyze the system of equations that models the behaviour of materials with a doubl...
AbstractIn this paper we study the asymptotic behavior to an one-dimensional porous-elasticity probl...
In this paper we consider the theory of thermoelasticity with a double porosity structure in the con...
AbstractIn this paper we study the asymptotic behavior and the analyticity of the solutions of the o...
In this paper we consider the Lord–Shulman thermoelastic theory with porosity and microtemperatures....
This paper concerns the one dimensional problem of the porous-thermo-elasticity. Two kinds of dissip...
This paper studies a model for thermoelasticity where the body has a double porosity structure. Ther...
AbstractIn this paper we investigate the temporal asymptotic behavior of the solutions of the one-di...
This paper concerns the one dimensional problem of the porous-thermo-elasticity. Two kinds of dissi...
AbstractThis paper concerns the one-dimensional linear theory of porous elastic solids. We prove the...
This paper investigates the solutions of the porous-elastic materials with dissipation in the case o...
In this paper we study the asymptotic behavior to an one-dimensional porous-elasticity problem with ...
AbstractIn this paper we investigate the temporal asymptotic behavior of the solutions of the one-di...
AbstractIn this paper we investigate the temporal decay behavior of the solutions of the one-dimensi...
In this paper we consider the one-dimensional version of thermoelasticity with two porous structures...
In this paper we analyze the system of equations that models the behaviour of materials with a doubl...
AbstractIn this paper we study the asymptotic behavior to an one-dimensional porous-elasticity probl...
In this paper we consider the theory of thermoelasticity with a double porosity structure in the con...
AbstractIn this paper we study the asymptotic behavior and the analyticity of the solutions of the o...
In this paper we consider the Lord–Shulman thermoelastic theory with porosity and microtemperatures....
This paper concerns the one dimensional problem of the porous-thermo-elasticity. Two kinds of dissip...
This paper studies a model for thermoelasticity where the body has a double porosity structure. Ther...
AbstractIn this paper we investigate the temporal asymptotic behavior of the solutions of the one-di...
This paper concerns the one dimensional problem of the porous-thermo-elasticity. Two kinds of dissi...
AbstractThis paper concerns the one-dimensional linear theory of porous elastic solids. We prove the...
This paper investigates the solutions of the porous-elastic materials with dissipation in the case o...
In this paper we study the asymptotic behavior to an one-dimensional porous-elasticity problem with ...
AbstractIn this paper we investigate the temporal asymptotic behavior of the solutions of the one-di...
AbstractIn this paper we investigate the temporal decay behavior of the solutions of the one-dimensi...