This paper treats the industrial application of computer-algebra simulation (CALS). CALS is a combination of symbolic and numeric methods, which is very well suited for ...

Given a set of vertices for a convex or concave polygon, a smooth and bounded interpolant (valid in the interior of the domain) may be constructed in an explicit algebraic ...

Access this book for free online. This book is written primarily for students enrolled in the course “Engineering Mathematics III (Differential Equations and Linear ...

State of the art computer algebra packages allow treatment of mathematical concepts beyond those which are traditionally offered or predefined. This is important for ...

To become proficient problem-solvers, physics students need to form a coherent and flexible understanding of problem situations with which they are confronted. Still, many ...

Why is teaching general relativity so difficult? It's not only a theory of gravity; it is a theory of the structure of space and tiem, and hence a theory of the dynamics of ...

The application of a two-step hybrid technique to the geometrically nonlinear analysis of curved beams is used to demonstrate the potential of hybrid analytical techniques in ...

This paper is concerned with the application of an algebraic language (known as Mathematica[1]) to control engineering algorithmic problems. Several problems of significant ...

The role of computer algebra systems (CASs) is not limited to analyzing and solving mathematical and physical problems. They have also been used as tools in the development ...

The Lie-transform perturbation theory for non-autonomous non-Hamiltonian systems and its implementation in a complex of Mathematica programs are described. On the example of ...