Abstract:In this paper, we establish the existence of a positive solution to − M + λ,Λ (D 2 u) + H(x, Du) = k(x)f (u) u α in Ω, u > 0 in Ω, u = 0 on ∂Ω, under certain conditions on k, f and H, using viscosity sub-and supersolution method. The main feature of this problem is that it has singularity as well as a superlinear growth in the gradient term. We use Hopf-Cole transformation to handle the superlinear gradient term and an approximation method combined with suitable stability result for viscosity sol… Show more
“…We refer to [10,11,18,20,21,23,24,25] for the existence and qualitative questions pertaining to extremal Pucci's equations. On the other hand, equations concerning gradient degenerate fully nonlinear elliptic operators have been investigated widely in the last decade.…”
We consider a class of degenerate elliptic fully nonlinear equations with applications to Grad equations:where γ ≥ 1 is a constant, Ω is a bounded domain in R N with C 1,1 boundary. We prove the existence of a W 2,p -viscosity solution to the above equation, which degenerates when the gradient of the solution vanishes.
“…We refer to [10,11,18,20,21,23,24,25] for the existence and qualitative questions pertaining to extremal Pucci's equations. On the other hand, equations concerning gradient degenerate fully nonlinear elliptic operators have been investigated widely in the last decade.…”
We consider a class of degenerate elliptic fully nonlinear equations with applications to Grad equations:where γ ≥ 1 is a constant, Ω is a bounded domain in R N with C 1,1 boundary. We prove the existence of a W 2,p -viscosity solution to the above equation, which degenerates when the gradient of the solution vanishes.
“…For the Lyapunov-type inequality for the p-Laplace equation with the Dirichlet boundary condition, we refer to [12]. Motivated by the recent works on the existence and qualitative questions for fully nonlinear elliptic equations and, in particular, extremal Pucci's equations, see for instance [9,30,[32][33][34], the following is a natural question to ask. [4] Question.…”
In this article, we establish Lyapunov type inequality for the following extremal Pucci's equationwhere Ω is a smooth bounded domain in R N , N ≥ 2. This works generalize the well-known works on Lyapunov inequalities to fully nonlinear elliptic equations.
“…The existence of solution to (1.1) with sublinear nonlinear term as well as associated semipositone problems have been established in [27]. Although the existence of solution to a class of equations having superlinear growth in gradient and singular non linear term is proved in [28] but the regularity of the solutions to such equations has not been proved yet. The equations having superlinear growth in gradient have been attaracting continuous attention of the researchers.…”
In this article we consider the following boundary value problemwhere Ω is a bounded and C 2 smooth domain in R N and F has superlinear growth in gradient and c(c) < −c 0 for some positive constant c 0 . Here, we studies the boundary behaviour of the solutions to above equation and establishes the global regularity result similar to one established in [12,16] with linear growth in gradient.
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