Contains many Mathematica programs for doing the geometry of curves in R2 and R3, and surfaces in R3. Examples include the computation of curvature, geodesics, minimal ...

A finite difference method and Gauss method of numerical integration are used to approximate the integro-differential system of an equation with the global error z(h)=O(h/sup ...

McKone has recently proposed an innovative two-layer model for dermal uptake of organic chemicals from a soil matrix that explicitly includes variables for properties of the ...

This paper proposes extending the MVK carcinogenesis model by adopting the Erlang distribution for the life of the intermediate cells. The investigation concentrates on the ...

In this session attendees are invited to share their experiences with Mathematica. They are encouraged to raise topics concerning specific types of computations, symbolic, ...

Solitons, negatons, positons, rational-like solutions and mixed solutions of a non-isospectral equation, the Korteweg–de Vries equation with loss and non-uniformity terms, ...

The aim of this work is to show how Mathematica and its graphical potentialities can aid students in learning some concepts of rational mechanics through the resolution of ...

This document describes the Virtual Kinetics Laboratory (VKL), a Mathematica package that automatically sets up and solves microkinetic rate laws from simple, textbook ...

We investigated an interpolation algorithm for computing the Moore–Penrose inverse of a given polynomial matrix, based on the Leverrier–Faddeev method. Also, a method for ...

This is the legacy standard add-on package Graphics`Graphics` from Version 5.2, with minimal updates for basic compatibility with 6.0. It does contain obsolescence messages. ...