Abstract:Recently Yashwant Singh et al [7] have studied Fourier series involving the I-function defined by V.P. Saxena [6]. Motivated by this work, we make an application of an integral involving sine function, exponential function, the product of Aleph-function of one variable and Kampé de Fériet's function. We also evaluate a multiple integral involving the Aleph-function to make its application to derive a multiple exponential Fourier series. Several particular cases are also given at the end.
The present paper deals with an application of Jacobi polynomial and multivariable Aleph-function to solve the differential equation of heat conduction in non-homogeneous moving rectangular parallelepiped. The temperature distribution in the parallelepiped, moving in a direction of the length (x-axis) between the limits x = −1 and x = 1 has been considered. The conductivity and the velocity have been assumed to be variables. We shall see two particular cases and the cases concerning Aleph-function of two variables and the I-function of two variables.
The present paper deals with an application of Jacobi polynomial and multivariable Aleph-function to solve the differential equation of heat conduction in non-homogeneous moving rectangular parallelepiped. The temperature distribution in the parallelepiped, moving in a direction of the length (x-axis) between the limits x = −1 and x = 1 has been considered. The conductivity and the velocity have been assumed to be variables. We shall see two particular cases and the cases concerning Aleph-function of two variables and the I-function of two variables.
“…The Aleph (ℵ)-function was established by Südland et al [30], but its notation and complete definition are offered below in terms of the Mellin-Barnes type integral (see also, [2,3,7,13,23,25]):…”
In this paper, we derive an integral involving the multivariable Aleph-function, the general class of Srivastva polynomials, and the Aleph-function of one variable, all of which are sufficiently general in nature and are capable of yielding a large number of simpler and more useful results simply by specialization of their parameters. Moreover, we establish certain specific instances.
“…The Aleph-function, introduced by Südland et al [30], however the notation and complete definition is presented here in the following manner in terms of the Mellin-Barnes type integral (see also, [1,2,11,15,26]): for all z different to 0 and…”
Section: Introductionmentioning
confidence: 99%
“…The Aleph-function of several variables is an extension of the multivariable I-function defined by Sharma and Ahmad [27], itself is an a generalization of G-and H-functions of multiple variables. The multiple Mellin-Barnes integral occurring in this paper will be referred to as the multivariables Alephfunction throughout our present study and given by ℵ (z1, • • • , zr) = ℵ 0, n:m 1 ,n 1 ,••• ,mr ,nr p i ,q i ,τ i ;R:p i (1) , q i (1) ,τ i (1) ;R (1) ;••• ;p i (r) ,q i (r) ;τ i (r) ;R (r)…”
In this paper we study a pair of unied and extended fractional integral operator involving the multivariable Aleph-function, Aleph-function and general class of polynomials. During this study, we establish ve theorems pertaining to Mellin transforms of these operators. Furthers, some properties of these operators have also been investigated. On account of the general nature of the functions involved herein, a large number of (known and new) fractional integral operators involved simpler functions can also be obtained . We will quote the particular case concerning the multivariable I-function dened by Sharma and Ahmad [20] and the I-function of one variable dened by Saxena [13].
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