Electrodynamica is a Mathematica package for predicting the values of electromagnetic fields for a wide variety of physical situations. It is written to be useful to both ...

A newfiniteelementmodelbasedonthecoupleddisplacementfieldandthetaperingfunctionsofthe beam isformulatedfortransversevibrationsofrotatingTimoshenkobeamsofequalstrength.Inthe ...

The present investigation focusses on a mathematical study of creeping viscous flow induced by metachronal wave propagation in a horizontal ciliated tube containing porous ...

This presentation will demonstrate several of the author's Mathematica notebooks and packages that feature animated diagrammatic economic models. The animations have been ...

Mathematica can support effectively many of the computations in petroleum engineering research by providing an unprecedented insight into the theoretical basis and everyday ...

The application of symbolic computation to 2D domain theory of discrete event systems (DES) is presented. A symbolic computation software named DESMATH for manipulating gd ...

We illustrate how Mathematica can be used to generate graphical representations of atomic crystal structures. These include crystal structures which are periodic in all three ...

We study a doubly discrete quantum sine-Gordon equation, which is derived from the quantum Volterra model solved by Faddeev and Volkov [Teor. Mat. Fiz. 92 (1992) 207]. The ...

An advanced treatment of option pricing, focusing on the role of stochastic volatility, geared for traders, money managers and researchers. Covers the new generation of ...

With Mathematica 4.2, it is possible to import chemical information that is presented in an XML format and use Mathematica to visualize that information. The specific form of ...