The main scope of this article is to define the concept of principal eigenvalue for fully non linear second order operators in bounded domains that are elliptic, homogenous with lower order terms. In particular we prove maximum and comparison principle, Hölder and Lipschitz regularity. This leads to the existence of a first eigenvalue and eigenfunction and to the existence of solutions of Dirichlet problems within this class of operators
AbstractIn this work we deal with the problem of the existence and uniqueness of principal eigenvalu...
In this thesis we deal with maximum principles for a class of linear, degenerate elliptic differenti...
Using three different notions of the generalized principal eigenvalue of linear second-order ellipti...
In this paper we introduce the notion of first eigenvalue for fully nonlinear operators which are no...
AbstractWe study the fully nonlinear elliptic equation(0.1)F(D2u,Du,u,x)=f in a smooth bounded domai...
AbstractWe study the maximum principle, the existence of eigenvalue and the existence of solution fo...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We prove the existence of a principal eigenvalue and we derive a ”Refined Maximum Principle ” for an...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
A class of linear operators L + lambda I between suitable function spaces is considered, when 0 is a...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
AbstractWe study uniformly elliptic fully nonlinear equations of the type F(D2u,Du,u,x)=f(x). We sho...
AbstractIn this work we deal with the problem of the existence and uniqueness of principal eigenvalu...
In this thesis we deal with maximum principles for a class of linear, degenerate elliptic differenti...
Using three different notions of the generalized principal eigenvalue of linear second-order ellipti...
In this paper we introduce the notion of first eigenvalue for fully nonlinear operators which are no...
AbstractWe study the fully nonlinear elliptic equation(0.1)F(D2u,Du,u,x)=f in a smooth bounded domai...
AbstractWe study the maximum principle, the existence of eigenvalue and the existence of solution fo...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We prove the existence of a principal eigenvalue and we derive a ”Refined Maximum Principle ” for an...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
A class of linear operators L + lambda I between suitable function spaces is considered, when 0 is a...
We characterize the validity of the Maximum Principle in bounded domains for fully nonlinear degener...
AbstractWe study uniformly elliptic fully nonlinear equations of the type F(D2u,Du,u,x)=f(x). We sho...
AbstractIn this work we deal with the problem of the existence and uniqueness of principal eigenvalu...
In this thesis we deal with maximum principles for a class of linear, degenerate elliptic differenti...
Using three different notions of the generalized principal eigenvalue of linear second-order ellipti...