This paper describes a computer tool designed to help engineering students with their work in learning basic concepts of electrical energy. The computer tool was built as a ...

The tanh-function method for finding explicit travelling solitary wave solutions to non-linear evolution equations is described. The method is usually extremely tedious to ...

The Iterated Function Systems (IFS) model has been popularized by Barnsley as a useful method for generating self-similar fractals. This article introduces a package for ...

The authors present a package for numerical parameter estimation from data that is useful in both teaching and research.

This article presents an algorithm, along with a Mathematica package implementing it, that gives a parametrization for the intersection of two surfaces.

The ability of chaotic systems to synchronize offers a convenient framework for the secure transmission of digital signals. In this paper, we present a Mathematica package ...

One of the most interesting and less known two-dimensional transformations is the so-called circle inversion. This paper presents a new Mathematica package, CircleInversion, ...

For the investigation of higher order Feynman integrals, potentially with tensor structure, it is highly desirable to have numerical methods and automated tools for ...

This article presents a Mathematica package in order to design synchrontron accelerators with control over all optical properties of beams.

We describe a hierarchical set of packages to perform basic analyses of signals (functions) and systems (operators) The packages are based on transform theory and implement a ...