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

The use of Mathematica in combination with MathCode C++ is illustrated in a context of modeling of dynamical systems and design of controllers. The symbolic tools are used to ...

The use of Mathematica in combination with MathCode C++ is illustrated in a context of modeling of dynamical systems and design of controllers. The symbolic tools are used to ...

This paper illustrates an efficient way of modeling mechanical systems and performing the numerical simulation, by combinationally using symbolic and numerical computation ...

Teaching methods, used in scientific education, are supposed to stay up to date with current findings and developments in science as such. Therefore one should ask: "How can ...

The talk is an inquiry into decision making and its connection to uncertainty and chaos. It explores the idea that decision making is one of the most human acts and seems to ...

Measuring the gravitational attraction between small ev eryday objects is difficult due to the extreme weakness of the gravitational force. The Cavendish balance is a torsion ...

This graduate level course, which is offered every two years, is typically taken by about 15 students. The students are a mix of undergraduates and graduate students in ...

Mechanical Expressions is new symbolic mechanics software which allows the user to draw a mechanical system and which outputs symbolic expressions for static, kinematic and ...

This updated reference guide provides engineering and scientific professionals with step-by-step instructions for the most commonly used features of Mathematica as they apply ...