AbstractWe continue our study of the long-time behavior of nonnegative solutions for the degenerate parabolic equation ut = (um)xx + (ϵ/n)(un)x, 0 < x < 1, t > 0, subject to nonlinear boundary conditions. Here we consider solutions of this equation subject to the boundary conditions. Here we consider solutions of this equation subject to the boundary conditions −(um)x (0, t) = aup(0, t), u(1, t) = 0, t > 0. As in Part I (J. R. Anderson, J. Differential Equations, to appear), we give the bifurcation diagrams for the stationary solutions. Due to the existence of singular stationary states, some of these diagrams are three dimensional. We also examine the stability properties of these states when n, p ≥ m ≥ 1
Abstract We establish boundary estimates for nonnegative solutions to the p-parabolic equation in t...
Abstract The degenerate parabolic equation with a convection term is considered. Let Ω be a bounded ...
AbstractConsider the degenerate parabolic boundary value problemut=Δϕ(u)+f(u) on Ω×(0,∞) in which Ω ...
AbstractWe study the long-time behavior of nonnegative solutions of the degenerate parabolic equatio...
AbstractThis article deals with the global solutions and blow-up problems for the convective porous ...
This paper studies the initial-boundary value problem of a porous medium equation with a convection ...
AbstractThis article deals with the existence and nonexistence of global positive solutions of the f...
Abstract. The paper deals with the initial value problem with zero Dirichlet boundary data for ut = ...
AbstractWe prove the uniqueness (as well as the existence and regularity) of solutions of the Cauchy...
Abstract: The purpose of this paper is to study the limit in L1(Ω), as t→∞, of solutions of initial-...
The author deals with the quasilinear parabolic equation ut = [uα + g(u)]∆u + buα+1+f(u,∇u) with Dir...
We show that solutions to a class of nonlinear degenerate parabolic initial-boundary value problems ...
We study the boundary behavior of non-negative solutions to a class of degenerate/singular paraboli...
In this paper, we study nonnegative and classical solutions u=u(x,t) to porous medium problems of th...
none5siThe scope of this study is to determine the conditions for the onset of the instability in a ...
Abstract We establish boundary estimates for nonnegative solutions to the p-parabolic equation in t...
Abstract The degenerate parabolic equation with a convection term is considered. Let Ω be a bounded ...
AbstractConsider the degenerate parabolic boundary value problemut=Δϕ(u)+f(u) on Ω×(0,∞) in which Ω ...
AbstractWe study the long-time behavior of nonnegative solutions of the degenerate parabolic equatio...
AbstractThis article deals with the global solutions and blow-up problems for the convective porous ...
This paper studies the initial-boundary value problem of a porous medium equation with a convection ...
AbstractThis article deals with the existence and nonexistence of global positive solutions of the f...
Abstract. The paper deals with the initial value problem with zero Dirichlet boundary data for ut = ...
AbstractWe prove the uniqueness (as well as the existence and regularity) of solutions of the Cauchy...
Abstract: The purpose of this paper is to study the limit in L1(Ω), as t→∞, of solutions of initial-...
The author deals with the quasilinear parabolic equation ut = [uα + g(u)]∆u + buα+1+f(u,∇u) with Dir...
We show that solutions to a class of nonlinear degenerate parabolic initial-boundary value problems ...
We study the boundary behavior of non-negative solutions to a class of degenerate/singular paraboli...
In this paper, we study nonnegative and classical solutions u=u(x,t) to porous medium problems of th...
none5siThe scope of this study is to determine the conditions for the onset of the instability in a ...
Abstract We establish boundary estimates for nonnegative solutions to the p-parabolic equation in t...
Abstract The degenerate parabolic equation with a convection term is considered. Let Ω be a bounded ...
AbstractConsider the degenerate parabolic boundary value problemut=Δϕ(u)+f(u) on Ω×(0,∞) in which Ω ...