A new stochastic discrete space-time model is proposed to simulate a biased diffusive system of two species in two dimensions. A very simple rule set which prohibits the ...

The flow of an incompressible fluid past a cylinder is one of the first mathematical models that a student of fluid dynamics encounters. This flow is an excellent vehicle for ...

In the present work we will present two sets of notebooks developed in Mathematica: a first one to analyze and classify local dynamics of second-order parametrized nonlinear ...

This book revisits many of the problems encountered in introductory quantum mechanics, focusing on computer implementations for finding and visualizing analytical and ...

This package shows how to calculate various thermodynamic properties of a protein-ligand binding reaction like hemoglobin plus oxygen. Different sets of independent intensive ...

This items consists of 9 example programs developed as learning tools within the undergraduate curriculum in Chemical Engineering at the Colorado School of Mines. The subject ...

This notebook simulates the Briggs-Rauscher reaction in a flow reactor. This oscillating chemical reaction exhibits a variety of nonlinear dynamic phenomena such as multiple ...

This notebook solves Creeping Flow (flows with no inertia) of a stationary sphere on which a uniform flow is impinging. (This is the same problem as a single sphere falling ...

In this paper, we propose an efficient recursive computation of the nonlinear computed torque law of flexible manipulators. The algorithm is based on the generalized ...

A new instructional paradigm, using a specially designed instructional toolset derived from the Mathematica programming language, is described. The toolset helps motivate ...