Although processing of commutative expressions is built into Mathematica, relatively no support is given to noncommutative expression manipulation. These packages have been ...

Schroedinger's equation is numerically solved by calling an external subroutine from within Mathematica. By importing the Fortran subroutine (named SCHROED, which implements ...

In this paper we describe the Mathematica package FSolve.m for solving an important set of functional equations (as Cauchy, Jensen, Pexider, Sincov, D'Alembert, bisymmetry, ...

The physical pendulum treated with a Hamiltonian formulation is a natural topic for study in a course in advanced classical mechanics. For the past three years, we have been ...

We present an analytical approach, based on computer algebra using Mathematica, to solve for the time-dependent responses of the earth's surface to the melting of the last ...

Application of symbolic algebra software (Mathematica) is presented to analyze a two-dimensional elasticity problem. Elastic fields for a two-dimensional body subject to ...

As gamma radiation flux falls on a conductive shell electromagnetic field is induced in the shell cavity. Calculation of the field parameters leads to the second order ...

A hybrid numerical-analytical solution for two-dimensional transient-free convection is presented and applied to a vertical porous cavity, based on application of the ideas ...

We describe a Mathematica package, Logic.m, that handles propositional calculus. It supports the five basic logical connectives, "if-then," "and," "or," "if," "if and only ...

Functional programming, and in particular functional iteration, is one of those idiomatic aspects of Mathematica that takes some time to master. The benefits of functional ...