This text covers the most important, basic numerical and analytical techniques used in physics - including ordinary and partial differential equations, linear algebra, Fourier transforms, integration and probability. FORTRAN references are included.

Product Description: The RGD Symposia are highly inter-disciplinary and encompass all aspects of rarefaction and non-equilibrium phenomena in gases, where flows take place on a spatial scale comparable to the mean free path of a gas. Topics include: Boltzmann and related equations; transport theory; numerical methods including DSMC and molecular dynamics; gas-surface phenomena; nano- and microscale flows; molecular beams; clusters; space vehicle and hypersonic flows; vacuum technologies; plume flows; relaxation processes; plasma flows; materials processing; and experimental techniques...read more

Product Description: This is an interactive package of simulations to be used with Interactive Physics software. It is designed to help students understand basic mechanics through observation and measurement of simple physical phenomena. The workbook emphasizes concepts rather than calculation...read more

Product Description: This is an interactive package of simulations to be used with Interactive Physics software. It is designed to help readers understand basic mechanics through observation and measurement of simple physical phenomena. The workbook emphasizes concepts rather than calculation...read more

Product Description: This work on the numerical processing software, MATLAB, contains approximately 20 modules. Each module contains: a review of the primary physics and mathematical concepts; an explanation of the MATLAB model; and learn-by-doing exercises which require students to build or modify MATLAB simulations...read more