Rapid development of Mathematica built-in functions and interfaces provides the possibility for solving a large variety of problems arising in mathematics, physics, ...

Reference manual for VisualDSolve, a Mathematica package that provides a wide variety of tools for the visualization of solutions to differential equations. Covers many of ...

Teaches beginning science and engineering students how to solve the computational problems they will encounter during their academic and professional careers. Requires no ...

A 1m thick slab is initially at 100°C. The front face temperature is fixed at 0°C. The back surface of the slab is insulated. We use the Schmidt numerical method to find ...

We are interested in the so-called Fučík spectrum of the fourth-order Dirichlet boundary value problem. The Fučík spectrum is defined as the set of all couples ...

The paper presents the application of Mathematica for analytical solution of partial differential equations of thin shells of revolution. The systems of equations of ...

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 ...

Roger and Lionel Penrose have created some interesting railway mazes. A railway maze asks the solver to get from start to finish by pretending to be a train that cannot go ...

This paper presents an extension of our Mathematica- and MathCode-based symbolic-numeric framework for solving a variety of partial differential equation (PDE) problems. The ...

Determining ionic concentrations in buffered solutions usually reduces to solving a set of simultaneous polynomial equations. Mathematica software offers a convenient method ...