A symbolic solver generator to deal with a system of partial differential equations (PDEs) in functions of an arbitrary number of variables is presented; it can also handle ...

VisualDSolve is a Mathematica e-book and accompanying package showing how Mathematica's visualization tools can be used to enhance the viewing of solutions to differential ...

Queueing theory is a useful discipline for modeling computer systems, and mean-value analysis (MVA) is one of its most powerful tools. We present two network models for ...

The purpose of this article is to show the advantage of using Mathematica in the theory of surfaces. The examples in the classical differential geometry, namely the theory of ...

This talk presents an overview of the design of NDSolve for one-step integration methods. Decomposing a differential system into simpler subsystems often allows the ...

In the introduction to this paradigmatic article on computer-aided mathematics teaching in schools, essential aspects of the solving of complex algebraic problems using ...

The notebook solves a PDE, describing adsorption with longitudinal diffusion assuming equilibrium, using NDSolve. The result, breakthrough curves, is compared to the ...

I will present several examples of using gridMathematica to solve physically interesting elliptical eigenvalue problems. I will discuss how performance scales with the number ...

This talk introduces the symbolic treatment of functional equations and presents a Mathematica package for the solution of functional equations of one and several variables. ...

Students follow the steps to solve a two-step equation with one variable and study the effects of changing the constants.This notebook covers topics that fulfill the ...