This textbook emphasizes use of computer technologies for mathematical analyses and offers practical solutions of numerous problems in various fields of science and ...

Using Mathematica as a tool in a process development project is reported. Mathematica was used as: (1) an environment for object-oriented modelling of structural and ...

A simple method has been developed in order to get a contour plot in an element with given nodal values. The contour lines are obtained by solving a differential equation ...

One of the virtues of Mathematica is its extensibility. If the more than 800 built-in functions are not sufficient for the problem you are solving, you may find the functions ...

Methods for finding the solution of second order differential equations are available with most computer algebra systems (CAS's). Unless the mathematical theory is ...

Green's Theorem expresses the line integral of a vector field around a closed plane curve in terms of the double integral over the region bounded by the curve. This notebook ...

This notebook illustrates the solution of four simultaneous ordinary differential equations with three constant initial boundary conditions and one algebraic final boundary ...

In this paper the governing differential equations for coupled bending and torsional vibrations of a uniform beam possessing no cross sectional symmetry have been solved in ...

In quantum theory, the "spinless Salpeter equation", the relativistic generalization of the nonrelativistic Schrödinger equation, is used to describe both the bound states ...

This article presents several elegant Mathematica constructs, using them to solve some example problems. By an elegant program I mean not only one that minimizes the number ...