Continuity of attractors for a reaction–diffusion problem with nonlinear boundary conditions
with respect to variations of the Page 1 J. Differential Equations 239 (2007) 343–370 www.elsevier.com/locate/jde …

We analyze the dynamics of the flow generated by a nonlinear parabolic problem when
some reaction and potential terms are concentrated in a neighborhood of the boundary. We …

We consider here the family of semilinear parabolic problems {u_t (x, t) &= & Δ u (x, t)-au (x,
t)+ f (u (x, t)),\quad x ∈ Ω _ ϵ and\quad t> 0,\\displaystyle ∂ u ∂ N (x, t) &= & g (u (x …

\noindent Electronic Journal of Differential Equations , Vol . 2005 ( 2005 ) , No . 1 0 , pp . 1 −− 1
8 \noindent ISSN : 1 7 Page 1 \noindent Electronic Journal of Differential Equations , Vol …

In this work, we are interested in the dynamic behavior of a parabolic problem with nonlinear
boundary conditions and delay in the boundary. We construct a reaction–diffusion problem …

We consider a family of semilinear parabolic problems with non-linear boundary conditions
ut (x, t)=∆ u (x, t)-αu (x, t)+ ƒ (u (x, t)), x∈ Ωɛ, t> 0,∂ u/∂ N (x, t)= g (u (x, t)), x∈∂ Ωɛ, t> 0 …

In this paper, we propose the compact convergence approach to deal with the continuity of
attractors of some reaction–diffusion equations under smooth perturbations of the domain …

We are concerned with the asymptotic behavior of a dynamical system generated by a family
of semilinear parabolic systems with reaction and potential terms concentrating in a …

In this work we analyze the asymptotic behavior of the solutions of a reaction-diffusion
problem with delay when the reaction term is concentrated in a neighborhood of the …

We consider a 1-dimensional reaction–diffusion equation with nonlinear boundary
conditions of logistic type with delay. We deal with non-negative solutions and analyze the …