In this paper, we consider the system of equations that governs the evolution of the homogeneous and isotropic prestressed type III thermoelastic plates. We prove that the semigroup that generates the solutions to this problem is analytic. This regularity property implies the impossibility of localization of solutions. Different boundary conditions are also considered.Peer Reviewe
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
AbstractIn this paper, we study the linear operator associated with the fluid–rigid body problem. Th...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
AbstractIt is proved that the equations of a linear thermoelastic plate are associated with an analy...
AbstractA thermoelastic plate with variable coefficients in the absence of dissipative boundary mech...
This paper investigates several aspects of the linear type III thermoelastic theory. First, we consi...
In this paper we consider the classical linear theory of thermoviscoelasticity for inhomogeneous and...
AbstractIt is proved that the equations of a linear thermoelastic plate are associated with an analy...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
AbstractIn this paper, we study the linear operator associated with the fluid–rigid body problem. Th...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
In this paper, we consider the system of equations that governs the evolution of the homogeneous and...
AbstractIt is proved that the equations of a linear thermoelastic plate are associated with an analy...
AbstractA thermoelastic plate with variable coefficients in the absence of dissipative boundary mech...
This paper investigates several aspects of the linear type III thermoelastic theory. First, we consi...
In this paper we consider the classical linear theory of thermoviscoelasticity for inhomogeneous and...
AbstractIt is proved that the equations of a linear thermoelastic plate are associated with an analy...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We continue the study of a dynamic evolution model for perfectly plastic plates, recently derived in...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...
AbstractIn this paper, we study the linear operator associated with the fluid–rigid body problem. Th...
We consider (linear) thermo-elastic plate equations under five sets of canonical B.C., including two...