A finite element development environment based on the technical computing program Mathematica is described. The environment is used to automatically program standard element ...

Two methods for studying quantum discrete dynamical systems (i.e. with a finite or countably infinite number of degrees of freedom) are described and compared for: (i) The ...

The Stokes formulation for representing polarized light is discussed along with the classical measurement method for determining the Stokes polarization parameters. The ...

In this paper we discuss ways of parallelizing methods of perturbation analysis. Application of the perturbation method of multiple scales to vibration problems in ...

A comprehensive guide to Mathematica focusing on the specific needs of scientists and engineers. Provides numerous real-world examples in differential equations, boundary ...

This package includes functions for stability analysis of square numerical matrices and polynomials with numerical coefficients. Specifically, the number of roots z ...

An approach to inverse finite-element-analysis has been demonstrated using the symbolic computation language Mathematica. The forward calculation of two-dimensional finite ...

Use of software tools to support education and training is widespread. Computer Algebra Systems (CAS) such as Mathematica, Maple and Matlab for the same are also very common, ...

A symbolic algorithm for construction of a real canonical transformation that reduces the Hamil tonian determining motion of an autonomous twodegreeoffreedom system in a ...

This textbook's methodological approach familiarizes readers with the mathematical tools required to correctly define and solve problems in continuum mechanics. Covering ...