Abstract:We consider the pseudo-p-Laplacian operator:We prove interior regularity results for the viscosity (resp. weak) solutions in the unit ball B 1 of∆ p u = (p − 1)f for f ∈ C(B 1 ) (resp. f ∈ L ∞ (B 1 )) : Firstly the Hölder local regularity for any exponent γ < 1, recovering in that way a known result about weak solutions. In a second time we prove the Lipschitz local regularity.
We consider a model convex functional with orthotropic structure and super-quadratic nonstandard growth conditions. We prove that bounded local minimizers are locally Lipschitz, with no restrictions on the ratio between the highest and the lowest growth rate.
We consider a model convex functional with orthotropic structure and super-quadratic nonstandard growth conditions. We prove that bounded local minimizers are locally Lipschitz, with no restrictions on the ratio between the highest and the lowest growth rate.
“…In [19], [11] we considered viscosity solutions for the fully non linear extension of the pseudop-Laplacian, say the case where in (1.4), the left hand side is replaced by −F (Θ α (∇u)D 2 uΘ α (∇u)), and α > 0. More general anisotropic fully non linear degeneracy is treated in [20]. In the variational case, one important and recent result can be found in [7].…”
We study the ergodic problem for fully nonlinear elliptic operators F (∇u, D 2 u) which may be degenerate when at least one of the components of the gradient vanishes. We extend here the results in [23], [16], [14], [24].
“…. , n. Since weak solutions which are continuous are also viscosity solutions, then Françoise Demengel [37] (see also [9]) proved that, under the condition q − p < 1, then every continuous weak solution is locally Lipschitz continuous too. Note that, also in this context, a-priori locally bounded solutions are considered and the regularity results of Section 5 apply.…”
This paper deals with existence and regularity in variational problems related to partial differential equations and systems-both in the elliptic and in the parabolic contexts-and to calculus of variations, under general and p, q−growth conditions. The manuscript is dedicated to my friend and colleague Patrizia Pucci, with great esteem and sympathy.
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