AbstractWe are concerned with fully nonlinear possibly degenerate elliptic partial differential equations (PDEs) with superlinear terms with respect to Du. We prove several comparison principles among viscosity solutions which may be unbounded under some polynomial-type growth conditions. Our main result applies to PDEs with convex superlinear terms but we also obtain some results in nonconvex cases. Applications to monotone systems of PDEs are given
For scalar fully nonlinear partial differential equations F(x, D2u(x)) = 0 with x ∈ Ω b RN , we pres...
We present some recent advances in the productive and symbiotic interplay between general potential ...
International audienceWe obtain new oscillation and gradient bounds for the viscosity solutions of f...
International audienceWe are concerned with fully nonlinear possibly degenerate elliptic partial dif...
AbstractWe are concerned with fully nonlinear possibly degenerate elliptic partial differential equa...
We collect examples of boundary-value problems of Dirichlet and Dirichlet–Neumann type which we foun...
We prove a comparison principle for unbounded weak sub/super solutions of the equation λu − div(A(...
We analyze the validity of the Maximum Principle for viscosity solutions of fully nonlinear second o...
The comparison principle for semicontinuous viscosity sub- and supersolutions of elliptic equations ...
In this paper we prove the comparison principle for viscosity solutions of second order, degenerate ...
AbstractWe investigate comparison and existence results for viscosity solutions of fully nonlinear, ...
International audienceIn this paper we consider second order fully nonlinear operators with an addit...
AbstractWe prove comparison results between viscosity sub- and supersolutions of degenerate elliptic...
We present various versions of generalized Aleksandrov-Bakelman-Pucci (ABP) maximum principle for L-...
AbstractThis paper contributes to the literature on unbounded viscosity solutions of fully nonlinear...
For scalar fully nonlinear partial differential equations F(x, D2u(x)) = 0 with x ∈ Ω b RN , we pres...
We present some recent advances in the productive and symbiotic interplay between general potential ...
International audienceWe obtain new oscillation and gradient bounds for the viscosity solutions of f...
International audienceWe are concerned with fully nonlinear possibly degenerate elliptic partial dif...
AbstractWe are concerned with fully nonlinear possibly degenerate elliptic partial differential equa...
We collect examples of boundary-value problems of Dirichlet and Dirichlet–Neumann type which we foun...
We prove a comparison principle for unbounded weak sub/super solutions of the equation λu − div(A(...
We analyze the validity of the Maximum Principle for viscosity solutions of fully nonlinear second o...
The comparison principle for semicontinuous viscosity sub- and supersolutions of elliptic equations ...
In this paper we prove the comparison principle for viscosity solutions of second order, degenerate ...
AbstractWe investigate comparison and existence results for viscosity solutions of fully nonlinear, ...
International audienceIn this paper we consider second order fully nonlinear operators with an addit...
AbstractWe prove comparison results between viscosity sub- and supersolutions of degenerate elliptic...
We present various versions of generalized Aleksandrov-Bakelman-Pucci (ABP) maximum principle for L-...
AbstractThis paper contributes to the literature on unbounded viscosity solutions of fully nonlinear...
For scalar fully nonlinear partial differential equations F(x, D2u(x)) = 0 with x ∈ Ω b RN , we pres...
We present some recent advances in the productive and symbiotic interplay between general potential ...
International audienceWe obtain new oscillation and gradient bounds for the viscosity solutions of f...