we consider blow-up solutions to parabolic systems, coupled through their nonlinearities under various boundary conditions with nonlinearities depending on the gradient solution. To obtain a lower bound to blow up time t* for the vector solution, Sobolev-type inequalities are introduced to make use of a differential inequality technique. In addition for Dirichlet systems sufficient conditions are introduced to derive an upper bound for t* and to have a criterion for the global existence of the vector solution
In this paper we deal with the blow-up phenomena of solutions to two different classes of reaction-d...
In chapter 1 we prove that for the parabolic initial value prob- lem u(,t) = (DELTA)u + (delta)f(u) ...
AbstractThis paper deals with the blow-up rate estimates of positive solutions for semilinear parabo...
We consider a nonlinear parabolic system with Neumann boundary conditions which solution may blow up...
We consider a nonlinear parabolic system with Neumann boundary conditions which solution may blow up...
This paper deals with the blow-up phenomena of the solution u of a nonlinear parabolic problem with...
This paper deals with the blow-up phenomena of the solution u of a nonlinear parabolic problem with...
AbstractA first order differential inequality technique is used on suitably defined auxiliary functi...
This paper deals with the blow-up of the solutions to a class of nonlinear parabolic equations with ...
This paper deals with the blow-up of the solutions to a class of nonlinear parabolic equations with ...
AbstractFor a parabolic problem with a gradient nonlinearity which was introduced by Chipot and Weis...
This paper deals with a nonlinear and weakly coupled parabolic system, containing gradient terms, un...
This paper deals with a nonlinear and weakly coupled parabolic system, containing gradient terms, un...
For a parabolic problem with a gradient nonlinearity which was introduced by Chipot and Weissler [M....
We investigate the blow-up of the solutions to a nonlinear parabolic system with Robin boundary cond...
In this paper we deal with the blow-up phenomena of solutions to two different classes of reaction-d...
In chapter 1 we prove that for the parabolic initial value prob- lem u(,t) = (DELTA)u + (delta)f(u) ...
AbstractThis paper deals with the blow-up rate estimates of positive solutions for semilinear parabo...
We consider a nonlinear parabolic system with Neumann boundary conditions which solution may blow up...
We consider a nonlinear parabolic system with Neumann boundary conditions which solution may blow up...
This paper deals with the blow-up phenomena of the solution u of a nonlinear parabolic problem with...
This paper deals with the blow-up phenomena of the solution u of a nonlinear parabolic problem with...
AbstractA first order differential inequality technique is used on suitably defined auxiliary functi...
This paper deals with the blow-up of the solutions to a class of nonlinear parabolic equations with ...
This paper deals with the blow-up of the solutions to a class of nonlinear parabolic equations with ...
AbstractFor a parabolic problem with a gradient nonlinearity which was introduced by Chipot and Weis...
This paper deals with a nonlinear and weakly coupled parabolic system, containing gradient terms, un...
This paper deals with a nonlinear and weakly coupled parabolic system, containing gradient terms, un...
For a parabolic problem with a gradient nonlinearity which was introduced by Chipot and Weissler [M....
We investigate the blow-up of the solutions to a nonlinear parabolic system with Robin boundary cond...
In this paper we deal with the blow-up phenomena of solutions to two different classes of reaction-d...
In chapter 1 we prove that for the parabolic initial value prob- lem u(,t) = (DELTA)u + (delta)f(u) ...
AbstractThis paper deals with the blow-up rate estimates of positive solutions for semilinear parabo...