In the context of the linear theory of thermoelasticity without energy dissipation for homogeneous and isotropic materials, variational principles of Biot- and Hamilton-types and a reciprocal principle of Betti-Rayleigh-type are presented
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
Variational principles of Biot- and Hamilton-types and a reciprocal principle of Betti-Rayleigh-type...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
The linear dynamic theory of micromorphic thermoelasticity without energy dissipation is considered....
The linear dynamic theory of micromorphic thermoelasticity without energy dissipation is considered....
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
In the present paper we consider the equations which govern the behavior of an anisotropic and inhom...
Variational principles of Biot- and Hamilton-types and a reciprocal principle of Betti-Rayleigh-type...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
In the present paper, in the context of thermoelasticity of type II (or thermoelasticity without ene...
The linear dynamic theory of micromorphic thermoelasticity without energy dissipation is considered....
The linear dynamic theory of micromorphic thermoelasticity without energy dissipation is considered....
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
The present paper deals with micropolar thermoelastic materials with a center of symmetry, investiga...
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