This is a hands-on workshop. *Please bring your own laptop.* Learn how to use Mathematica when designing and analyzing Wolfram SystemModeler models. In this workshop you will ...

The goal of this work was to assess the utility of Mathematica for finite element analysis, specifically in the areas of model generation and results display. This document ...

Although there is a large literature about the effects of spatial heterogeneity and parasitoid aggregation on the population dynamics of model host-parasitoid systems, most ...

Minimize your rigid body system design time and explore more design options with MechanicalSystems. This powerful package speeds up your prototyping and simulation tasks, ...

The expected service life of respirator safety devices produced by different manufacturers is determined using frailty models to account for unobserved differences in ...

The median service lifetime of respirator safety devices produced by different manufacturers is determined using frailty models to account for unobserved differences in ...

Complex simulations involving differential equations often benefit from 64-bit versus 32-bit processing. In this notebook, the 64-bit capabilities of Mathematica 5.2 are ...

A two-dimensional version of the Ising model is constructed and run in Mathematica.

When are solved problems in physics and chemical engineering, often it is more convenient to transform their model equations in dimensionless form. The package presented here ...

This paper describes a hybrid, analytical/numerical, one-dimensional fog and stratus prediction model being developed for the US Air Force. The model is designed to run on a ...