0000000000338369

AUTHOR

Jean Mawhin

showing 3 related works from this author

Three solutions for a two-point boundary value problem with the prescribed mean curvature equation

2015

The existence of at least three classical solutions for a parametric ordinary Dirichlet problem involving the mean curvature operator are established. In particular, a variational approach is proposed and the main results are obtained simply requiring the sublinearity at zero of the considered nonlinearity.

34B08Applied Mathematics49Q2034B15mean curve operator critical point mountain pass theoremAnalysis
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Existence results for parametric boundary value problems involving the mean curvature operator

2014

In this note we propose a variational approach to a parametric differential problem where a prescribed mean curvature equation is considered. In particular, without asymptotic assumptions at zero and at infinity on the potential, we obtain an explicit positive interval of parameters for which the problem under examination has at least one nontrivial and nonnegative solution.

Mean curvatureApplied Mathematicsmedia_common.quotation_subjectMathematical analysisZero (complex analysis)34B1535B38Interval (mathematics)34B18InfinityOperator (computer programming)Boundary value problemDifferential (infinitesimal)AnalysisMathematicsmedia_commonParametric statistics
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Positive solutions for a discrete two point nonlinear boundary value problem with p-Laplacian

2017

Abstract In the framework of variational methods, we use a two non-zero critical points theorem to obtain the existence of two positive solutions to Dirichlet boundary value problems for difference equations involving the discrete p -Laplacian operator.

Difference equationDiscrete boundary value problemTwo solution01 natural sciencesElliptic boundary value problemDirichlet distributionCritical point theory; Difference equations; Discrete boundary value problems; p-Laplacian; Positive solutions; Two solutions; Analysis; Applied MathematicsPositive solutionsymbols.namesakePoint (geometry)Boundary value problem0101 mathematicsMathematicsApplied Mathematics010102 general mathematicsMathematical analysisp-LaplacianAnalysiMixed boundary condition010101 applied mathematicssymbolsp-LaplacianCritical point theoryNonlinear boundary value problemLaplace operatorAnalysis
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