Refining and extending two special Hardy-Hilbert-type integral inequalities

Numerous variants of the Hardy-Hilbert integral inequality have been developed in the literature. This article first presents refinements and extensions of two such variants. Both are characterised by a double integral with a ratio-power-minimum integrand controlled by two adjustable parameters. The results are obtained under mild assumptions on these parameters. The beta function evaluated at certain values appears naturally in the definition of the constant factors. These constants may be better than those already established when considering a classical setting. Several additional integral inequalities are then derived from our main results. The proofs are also innovative in some technical aspects. They are presented in detail to ensure clarity, to facilitate verification, and to encourage further research in this direction.

Authors

Publication Details

Journal
Annals of Mathematics and Computer Science
Published
2025-06-03
DOI
https://doi.org/10.56947/amcs.v28.513
Citations
2
Primary Topic
Mathematical Inequalities and Applications
Type
article
Field-Weighted Citation Impact
7.45
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article

Refining and extending two special Hardy-Hilbert-type integral inequalities

Christophe Chesneau
2 citations
Annals of Mathematics and Computer Science
Mathematical Inequalities and Applications
7.45
article

Refining and extending two special Hardy-Hilbert-type integral inequalities

Christophe Chesneau
article en
2 citations

Abstract

Numerous variants of the Hardy-Hilbert integral inequality have been developed in the literature. This article first presents refinements and extensions of two such variants. Both are characterised by a double integral with a ratio-power-minimum integrand controlled by two adjustable parameters. The results are obtained under mild assumptions on these parameters. The beta function evaluated at certain values appears naturally in the definition of the constant factors. These constants may be better than those already established when considering a classical setting. Several additional integral inequalities are then derived from our main results. The proofs are also innovative in some technical aspects. They are presented in detail to ensure clarity, to facilitate verification, and to encourage further research in this direction.

Annals of Mathematics and Computer ScienceVol. 28
Openalex Percentile: Top 4%
Mathematical Inequalities and Applications
7.45
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