Computational Fluid Dynamics
by Abdulnaser Sayma
Publisher: BookBoon 2009
Number of pages: 133
This book provides the basics of Computational Fluid Dynamics (CFD) appropriate to modern day undergraduate study. The aim is to bridge the gap between books focusing on detailed theoretical analysis and commercial software user's guides which do not contain significant theory. The book provides the reader with the theoretical background of basic CFD methods without going into deep detail into the mathematics or numerical algorithms.
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by Stephen Childress - New York University
This course will deal with a mathematical idealization of common fluids. The main idealization is embodied in the notion of a continuum and our 'fluids' will generally be identified with a certain connected set of points in 1, 2, or 3 dimensions.
by Simon J.A. Malham - Heriot-Watt University
Contents: Introduction; Fluid flow; Trajectories and streamlines; Conservation of mass; Balance of momentum; Transport theorem; Simple example flows; Kelvin's circulation theorem; Bernoulli's Theorem; Irrotational/potential flow; etc.
by Matthew Marko - viXra
The author demonstrates a stable Lagrangian solid modeling method, tracking the interactions of solid mass particles, rather than using a meshed grid. This method avoids the problem of tensile instability seen with Smooth Particle Applied Mechanics.
by Leonard Bairstow - Longmans, Green
The work aims at the extraction of principles of flight from, and the illustration of the use of, detailed information on aeronautics now available from many sources. The subject of aerodynamics is almost wholly based on experiment.