AbstractA variety of infinite series representations for the Hurwitz zeta function are obtained. Particular cases recover known results, while others are new. Specialization of the series representations apply to the Riemann zeta function, leading to additional results. The method is briefly extended to the Lerch zeta function. Most of the series representations exhibit fast convergence, making them attractive for the computation of special functions and fundamental constants
We study unilateral series in a single variable q where its exponent is an unbounded increasing func...
The aim of our present work here is to present few results in the theory of Mellin transforms using ...
This is a preprint of an article published in The Ramanujan Journal 5 (2001), no.2, pp.153-157. The ...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
AbstractThe Stieltjes constants γk(a) appear in the coefficients in the regular part of the Laurent ...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
AbstractWe shall extract the essence of the Adamchik–Srivastava generating function method (Analysis...
AbstractIn this paper, we prove some generalisations of several theorems given in [K.A. Driver, S.J....
In this note, we propose an integral representation for $\zeta(4)$, where $\zeta$ is the Riemann zet...
We present results for infinite series appearing in Feynman diagram calculations, many of which are ...
AbstractThe idea to use classical hypergeometric series and, in particular, well-poised hypergeometr...
AbstractIt is shown that an integral representation for the extension of a general Hurwitz–Lerch zet...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractThe authors present a systematic investigation of the following log-gamma integral: ∫0zlogΓ(...
We study unilateral series in a single variable q where its exponent is an unbounded increasing func...
The aim of our present work here is to present few results in the theory of Mellin transforms using ...
This is a preprint of an article published in The Ramanujan Journal 5 (2001), no.2, pp.153-157. The ...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
AbstractThe Stieltjes constants γk(a) appear in the coefficients in the regular part of the Laurent ...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
Motivated by several generalizations of the well–known Mathieu series, the main object of this paper...
AbstractWe shall extract the essence of the Adamchik–Srivastava generating function method (Analysis...
AbstractIn this paper, we prove some generalisations of several theorems given in [K.A. Driver, S.J....
In this note, we propose an integral representation for $\zeta(4)$, where $\zeta$ is the Riemann zet...
We present results for infinite series appearing in Feynman diagram calculations, many of which are ...
AbstractThe idea to use classical hypergeometric series and, in particular, well-poised hypergeometr...
AbstractIt is shown that an integral representation for the extension of a general Hurwitz–Lerch zet...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractThe authors present a systematic investigation of the following log-gamma integral: ∫0zlogΓ(...
We study unilateral series in a single variable q where its exponent is an unbounded increasing func...
The aim of our present work here is to present few results in the theory of Mellin transforms using ...
This is a preprint of an article published in The Ramanujan Journal 5 (2001), no.2, pp.153-157. The ...