This notebook presents idealized approximations of forces in a rigid system, which consists of a variable-mass beam supported at its ends (points F1 and F2, designated by ...

The problem that arises during the movement of the shoreline in a sedimentary ocean basin is a moving-boundary problem with variable latent heat. A numerical method is ...

With existing numerical integration methods and algorithms it is difficult in general to obtain accurate approximations to integrals of the form Z 1 0 f .x/ sin  ! xr  dx ...

A physics-based model is developed for rough surface BRDF, taking into account angles of incidence and scattering, effective index, surface autocovariance, and correlation ...

A Sudoku can be regarded as a Constraint Satisfaction Problem with 27 All-Different constraints. Two methods of solving Sudoku are described. Both start by generating the ...

The addition of GPU computing capabilities to Mathematica allows for a greater fusion of high performance and symbolic computing than was previously possible. In this ...

We present a software package written in Mathematica for standard QCD sum rules calculations. Two examples are given to demonstrate how to use the package. One is for the ...

Mathematica has the world's broadest and deepest integrated web of polynomial algorithms. Carefully tuned strategies automatically select optimal algorithms, allowing ...

The web services client for Mathematica allows users to call operations that are based remotely on other platforms or languages that are not immediately accessible to ...

We'll talk about the notebook interface in the Cloud and what you can do and build with it. We'll give an overview over the latest advances in Cloud notebook rendering ...