Local estimates for functionals rotationally invariant with respect to the gradient

This paper concerns minimization problems from Calculus of Variations rotationally invariant with respect to the gradient. Inspired by properties associated with results which are valid for elliptic partial differential equations, it presents some local estimates nearby non extremum points as well a...

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Main Author: Telma João Santos
Format: Article
Language:English
Published: EJAAM 2022-12-01
Series:E-Journal of Analysis and Applied Mathematics
Subjects:
Online Access:https://ejaam.org/articles/2022/10.2478-ejaam-2022-0006.pdf
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author Telma João Santos
author_facet Telma João Santos
author_sort Telma João Santos
collection DOAJ
description This paper concerns minimization problems from Calculus of Variations rotationally invariant with respect to the gradient. Inspired by properties associated with results which are valid for elliptic partial differential equations, it presents some local estimates nearby non extremum points as well as nearby extremum points for these problems, generalizing some results obtained by Arrigo Cellina, Vladimir V. Goncharov and myself. As a consequence, some local estimates are obtained for the difference between the supremum and the infimum of any solution to the problem considered
format Article
id doaj-art-84b13b0ddb84460c885da073fea28465
institution Kabale University
issn 2544-9990
language English
publishDate 2022-12-01
publisher EJAAM
record_format Article
series E-Journal of Analysis and Applied Mathematics
spelling doaj-art-84b13b0ddb84460c885da073fea284652025-02-08T18:35:22ZengEJAAME-Journal of Analysis and Applied Mathematics2544-99902022-12-01202210.2478/ejaam-2022-0006Local estimates for functionals rotationally invariant with respect to the gradientTelma João Santos0Rua Romão Ramalho 59, 7000-671, Évora, PortugalThis paper concerns minimization problems from Calculus of Variations rotationally invariant with respect to the gradient. Inspired by properties associated with results which are valid for elliptic partial differential equations, it presents some local estimates nearby non extremum points as well as nearby extremum points for these problems, generalizing some results obtained by Arrigo Cellina, Vladimir V. Goncharov and myself. As a consequence, some local estimates are obtained for the difference between the supremum and the infimum of any solution to the problem consideredhttps://ejaam.org/articles/2022/10.2478-ejaam-2022-0006.pdfcalculus of variationspartial differential equationscomparison theoremlocal estimates for solutions
spellingShingle Telma João Santos
Local estimates for functionals rotationally invariant with respect to the gradient
E-Journal of Analysis and Applied Mathematics
calculus of variations
partial differential equations
comparison theorem
local estimates for solutions
title Local estimates for functionals rotationally invariant with respect to the gradient
title_full Local estimates for functionals rotationally invariant with respect to the gradient
title_fullStr Local estimates for functionals rotationally invariant with respect to the gradient
title_full_unstemmed Local estimates for functionals rotationally invariant with respect to the gradient
title_short Local estimates for functionals rotationally invariant with respect to the gradient
title_sort local estimates for functionals rotationally invariant with respect to the gradient
topic calculus of variations
partial differential equations
comparison theorem
local estimates for solutions
url https://ejaam.org/articles/2022/10.2478-ejaam-2022-0006.pdf
work_keys_str_mv AT telmajoaosantos localestimatesforfunctionalsrotationallyinvariantwithrespecttothegradient