The last couple of years symbolic computer algebra packages, such as Mathematica, Maple, and Matlab, have developed into a very user-friendly and high-level prototyping ...

Mathematica functions are presented to plot flows and animate one-parameter bifurcations of planar systems of ordinary differential equations. The functions are used to ...

This notebook illustrates one way of using Mathematica to solve some advanced theoretical mechanics problems using Lagrangian Mechanics. Typical application would be a robot ...

Mathematica packages developed at Lafayette College in Easton, Pennsylvania to aid in the teaching of calculus. Some of these packages are required in the laboratories ...

A Mathematica notebook that discusses the design of a second-order parametric equalization filter section to be used in cascade with similar sections for the purpose of ...

We consider some examples of the use of computer algebra packages, specifically Maple and Mathematica, applied to some problems in integrable and nonintegrable systems in ...

Problems from the theory of ordinary differential equations, numerical mathematics and control theory lead to the investigation of stability of polynomials. The authors ...

The fractional calculus is implemented in Mathematica. The author discusses the theoretical background and demonstrates the practical application of the fractional calculus ...

The ancient Egyptians used a number system involving sums of distinct unit fractions. Mathematica is used to explore the many techniques that have been devised for ...

This letter considers to Jimbo-Miwa equations and the Fordy- Gibbons-Jimbo-Miwa equation in their bilinear form. Three soluton solutions to these equations are explicitly ...