summary:Sufficient conditions for the stresses in the threedimensional linearized coupled thermoelastic system including viscoelasticity to be continuous and bounded are derived and optimization of heating processes described by quasicoupled or partially linearized coupled thermoelastic systems with constraints on stresses is treated. Due to the consideration of heating regimes being “as nonregular as possible” and because of the well-known lack of results concerning the classical regularity of solutions of such systems, the technique of spaces of Běsov-Sobolev type is essentially employed and the possibility of its use when solving optimization problems is studied
We study optimal control of systems governed by a coupled system of hemivariational inequalities, mo...
The problems of the optimal heating with different phase limitations are investigated. The new mathe...
This paper is concerned with the state-constrained optimal control of the three-dimensional thermist...
Summary. Sufficient conditions for the stresses in the threedimensional linearized coupled thermoela...
summary:Sufficient conditions for the stresses in the threedimensional linearized coupled thermoelas...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:A quasilinear noncoupled thermoelastic system is studied both on a threedimensional bounded ...
summary:A quasilinear noncoupled thermoelastic system is studied both on a threedimensional bounded ...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
In this paper we consider point control of a structural acoustic model with thermoelastic effects. T...
This paper is concerned with the state-constrained optimal control of the three-dimensional thermist...
We study optimal control of systems governed by a coupled system of hemivariational inequalities, mo...
The problems of the optimal heating with different phase limitations are investigated. The new mathe...
This paper is concerned with the state-constrained optimal control of the three-dimensional thermist...
Summary. Sufficient conditions for the stresses in the threedimensional linearized coupled thermoela...
summary:Sufficient conditions for the stresses in the threedimensional linearized coupled thermoelas...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:A quasilinear noncoupled thermoelastic system is studied both on a threedimensional bounded ...
summary:A quasilinear noncoupled thermoelastic system is studied both on a threedimensional bounded ...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:In this part we weaken the sufficient condition to obtain the stresses continuous and bounde...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
summary:The continuity and boundedness of the stress to the solution of the thermoelastic system is ...
In this paper we consider point control of a structural acoustic model with thermoelastic effects. T...
This paper is concerned with the state-constrained optimal control of the three-dimensional thermist...
We study optimal control of systems governed by a coupled system of hemivariational inequalities, mo...
The problems of the optimal heating with different phase limitations are investigated. The new mathe...
This paper is concerned with the state-constrained optimal control of the three-dimensional thermist...