An extension of the Laplace transform by using Bell polynomials was recently introduced. In the present paper computational techniques for approximating the transformed functions are derived. The theoretical approach exploits the generating function method, but for the numerical experiments the matrix pencil method has been used, since it proved to be more effective.</p
In this work, we study the Laplace Transform and explore its application in solving some linear ord...
AbstractWe examine a Maple implementation of two distinct approaches to Laplace's method used to obt...
Many students of the sciences who must have background in mathematics take courses up to, and includ...
An extension of the Laplace transform by using Bell polynomials was recently introduced. In the pres...
Bell's polynomials have been used in many different fields, ranging from number theory to operators ...
The problem of computing the Laplace transform of composed functions has not found its way into the ...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
It has been recently shown that Bell’s polynomials can be used to compute the Laplace Transform of n...
AbstractLaplace's method is one of the best-known techniques in the asymptotic approximation of inte...
The Laplace transform is a very powerful mathematical tool for solving of ordinary linear differenti...
On the occasion of the third centenary of the appointment of Johann Bernoulli at the University of G...
In this work, we study the Laplace Transform and explore its application in solving some linear ord...
AbstractWe examine a Maple implementation of two distinct approaches to Laplace's method used to obt...
Many students of the sciences who must have background in mathematics take courses up to, and includ...
An extension of the Laplace transform by using Bell polynomials was recently introduced. In the pres...
Bell's polynomials have been used in many different fields, ranging from number theory to operators ...
The problem of computing the Laplace transform of composed functions has not found its way into the ...
Using Bell’s polynomials it is possible to approximate the Laplace Transform of composite functions....
It has been recently shown that Bell’s polynomials can be used to compute the Laplace Transform of n...
AbstractLaplace's method is one of the best-known techniques in the asymptotic approximation of inte...
The Laplace transform is a very powerful mathematical tool for solving of ordinary linear differenti...
On the occasion of the third centenary of the appointment of Johann Bernoulli at the University of G...
In this work, we study the Laplace Transform and explore its application in solving some linear ord...
AbstractWe examine a Maple implementation of two distinct approaches to Laplace's method used to obt...
Many students of the sciences who must have background in mathematics take courses up to, and includ...
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