We report on 2.5 years of successfully using Mathematica as a high-level, rapid prototyping tool in education and research of biomedical image analysis. Students in ...

This textbook contains the course of lectures about some concepts in functional analysis for Ph.D. students of engineering. Functional analysis is a study of abstract linear ...

We study four non-Newtonian fluid mechanics problems using Mathematica. Constitutive equations describing the behavior of power-law, Bingham and Carreau models are recalled. ...

Errors found by Mathematica in Gradshteyn and Ryzhik, "Tables of Integrals, Series, and Products" (4th Edition).

This is an incomplete collection of Mathematica materials to accompany ATLAST Computer Exercises for Linear Algebra, by Leon, Herman and Faulkenberry, Prentice Hall, New ...

Heat kernel coefficients encode the short distance of propagators in the presence of background fields, and are thus useful in quantum field theory. We present a Mathematica ...

SpinDynamica is a set of Mathematica packages for performing numerical and symbolic analysis of a wide range of magnetic resonance experiments and phenomena. An overview of ...

A series of 19 labs that teaches students how to use Mathematica and to apply this knowledge to solve engineering problems.

Elementary introduction to the application of Mathematica 3.0 to the solution of bound-state problems in quantum theory by standard variational procedures, with particular ...

A Mathematica-based package for probe investigations of low-temperature plasmas has been developed. The package allows us to calculate probe current for high pressure and ...