AbstractWe develop some extensions of the classical Bell polynomials, previously obtained, by introducing a further class of these polynomials called multidimensional Bell polynomials of higher order. They arise considering the derivatives of functions f in several variables φ(i), (i = 1, 2, …, m), where φ(i) are composite functions of different orders, i.e. φ(i) (t) = (i,1) ((i,2) (… ((i,ri) (t))), (i = 1, 2, …, m). We show that these new polynomials are always expressible in terms of the ordinary Bell polynomials, by means of suitable recurrence relations or formal multinomial expansions. Moreover, we give a recurrence relation for their computation
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
A recursive relation for Bell polynomials of arbitrary order is given. Such a result is useful, in t...
In this paper, we consider Bell-based Stirling polynomials of the second kind and derive some useful...
AbstractWe develop some extensions of the classical Bell polynomials, previously obtained, by introd...
We develop some extensions of the classical Bell polynomials, previously obtained, by introducing a ...
We develop some extensions of the classical Bell polynomials, previously obtained, by introducing a ...
We recover a recurrence relation for representing in an easy form the coefficients $ A_{n,k} $ of th...
We recover a recurrence relation for representing in an easy form the coefficients $ A_{n,k} $ of th...
AbstractWith the help of the ordinary Bell polynomials we find the simplest combinatorial form for t...
After recalling the most important properties and applications of the Bell polynomials, we introduce...
After recalling the most important properties and applications of the Bell polynomials, we introduce...
AbstractAfter recalling the most important properties and applications of the Bell polynomials, we i...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
AbstractThe well-known Faà di Bruno formula for higher derivatives of a composite function plays an ...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
A recursive relation for Bell polynomials of arbitrary order is given. Such a result is useful, in t...
In this paper, we consider Bell-based Stirling polynomials of the second kind and derive some useful...
AbstractWe develop some extensions of the classical Bell polynomials, previously obtained, by introd...
We develop some extensions of the classical Bell polynomials, previously obtained, by introducing a ...
We develop some extensions of the classical Bell polynomials, previously obtained, by introducing a ...
We recover a recurrence relation for representing in an easy form the coefficients $ A_{n,k} $ of th...
We recover a recurrence relation for representing in an easy form the coefficients $ A_{n,k} $ of th...
AbstractWith the help of the ordinary Bell polynomials we find the simplest combinatorial form for t...
After recalling the most important properties and applications of the Bell polynomials, we introduce...
After recalling the most important properties and applications of the Bell polynomials, we introduce...
AbstractAfter recalling the most important properties and applications of the Bell polynomials, we i...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
AbstractThe well-known Faà di Bruno formula for higher derivatives of a composite function plays an ...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
A recursive relation for Bell polynomials of arbitrary order is given. Such a result is useful, in t...
In this paper, we consider Bell-based Stirling polynomials of the second kind and derive some useful...