In Part I of this paper, we started from a dipole array model of elastic light scattering, and found the longwave asymptotic formulas for all 16 elements of the orientation ...

The broad categories of computational physics are Simulation, Visualisation and Modelling. At a finer scale, computational physics embraces a wide range of areas including ...

This two semester Abstract Algebra course is an introduction to abstract mathematical systems, including groups, rings, and fields (and morphisms between these). This is a ...

Composite materials have seen increasing applications in various fields of engineering such as the marine and aerospace industries. This is mainly due to the high strength ...

In the upeer-division theoretical physics courses, the student is taught the formalisms of the theories, the analytical techniques of problem-solving, and the physical ...

Design of composite steel beams is a trial and error process. The procedure recommended by the Manual of Steel Construction, Load and Resistance Factor Design (LRFD) is to ...

Although symbolic computation software has been available for many years, its application to control engineering has been rather limited, possibly because the early software ...

This is a sophomore level course having 3 terms of calculus as prerequisite. It develops concepts and techniques relating to ordinary differential equations, including d.e. ...

OpenXM(Open message eXchange protocol for Mathematics) is a communication protocol for various computer algebra systems. At present, the mathematical softwares that support ...

Our aim in this notebook is to define a Mathematica function for solving problems in Integer Programming by the Groebner Basis method [Conti and Traverso, AAECC`9, Lecture ...