activity
20192024
most citedNew Refinements of Cusa-Huygens inequality

12 citations · 14 across the 4 of their papers we have counts for

collaborators

6 papers

math.GM2024

Classical exponential bounds for p-generalized circular and hyperbolic functions

Yogesh J. Bagul, Bharti O. Fande

In this article, we obtain exponential bounds for the generalized circular and hyperbolic functions with one parameter p. Our results are natural generalizations of some existing r…

math.GM2023

Stringent bounds for the non-zero Bernoulli numbers

Yogesh J. Bagul

We present new sharper lower and upper bounds for the non-zero Bernoulli numbers using Euler's formula for the Riemann zeta function. In particular, we determine the best possible…

math.GM2021★ 2 cited

Alternative proofs of Shafer's inequality for inverse hyperbolic tangent

Yogesh J. Bagul, Ramkrishna M. Dhaigude

We point out that a concise proof of Theorem 2 in the article, 'On a quadratic estimate of Shafer' by L. Zhu contains a small mistake. Correcting this mistake and giving alternativ…

math.GM2020

Wilker and Huygens type inequalities for mixed trigonometric-hyperbolic functions

Yogesh J. Bagul, Ramkrishna M. Dhaigude, Barkat A. Bhayo +1

Motivated by the work of J. Sándor [19], in this paper we establish a new Wilker type and Huygens type inequalities involving the trigonometric and hyperbolic functions. Moreover,…

math.CA2020★ 12 cited

New Refinements of Cusa-Huygens inequality

Christophe Chesneau, Marko Kostic, Branko Malesevic +2

In the paper, we refine and extend Cusa-Huygens inequality by simple functions. In particular, we determine sharp bounds for of the form …

math.GM2019

Generalized inequalities for ratio functions of trigonometric and hyperbolic functions

Marko Kostić, Yogesh J. Bagul, Christophe Chesneau

The main aim of this note, which can be viewed as a certain addendum to the paper \cite{2019}, is to propose several generalized inequalities for the ratio functions of trigonometr…