The book concerns solving about 650 ordinary and partial differential equations. Each equation has at least one solution and each solution has at least one coloured graph. ...

This is an introductory study of vector calculus and functions of several variables. Calculus&Mathematica is a complete, modern calculus course developed recently at the ...

This paper not only reviews the various methodologies for evaluating the angular and radial prolate and oblate spheroidal functions and their eigenvalues, but also presents ...

Algebraic methods combined with robust regression techniques are used to calculate paleostress tensors from field observations on faults. Previously, such calcullations have ...

The classical algebraic modelling approach for integer programming (IP) is not suitable for some real-world IP problems, since the algebraic formulations allow only for the ...

A rather large computational effort is required for calculating the exact values of the spectral radiative extinction, absorption and scattering coefficients in pulverized ...

One of the fascinating aspects of Mathematica is the way that it encourages exploration in a recognizably mathematical style. The following work was provoked by a simple ...

Traditionally, the undergraduate curriculum in Advanced Engineering Mathematics is heavily geared towards the applications of linear mathematics to the standard engineering ...

We study the spin-up of a viscous electrically conducting Boussinesq fluid in a circular cylinder subject to thermal stratification and uniform axial magnetic field. The ...

The NFourierIntegral package adaptively computes multidimensional Fourier integrals over finite integration ranges. Each integral is evaluated over sets of equally-spaced ...