Fundamentals of Hydro- and Aeromechanics - Dover Books on Aeronautical Engineering | Fluid Dynamics Textbook for Aerospace & Mechanical Engineering Students
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DESCRIPTION
This well-known standard work is an expansion by O. G. Tietjens of a famous series of lectures delivered by Professor Prandtl at the Kaiser Wilhelm Institute for Flow Research. Based on Prandtl's own work, it combines a considerable amount of original material with unique insights and presentations. Wherever possible, the hydrodynamic theory presented is tied to practical experience, while experimental results are in turn related back to the underlying theory and the fundamental physical laws.Partial contents: the statics of liquids and gases (equilibrium and stability, application of the pressure equation, static-lift on gas-filled aircraft, surface tension); kinematics of liquids and gases (geometry of the vector field, acceleration of a fluid particle, equation of continuity); the dynamics of non-viscous fluids (the Eulerian equation, potential motion, two-dimensional potential motion, vortex motion, the influence of compressibility, the equation of Navier-Stokes for viscous fluids).While the presentation is fundamentally physical rather than mathematical, when proofs are given they are rigorous and vector analysis is employed. But the text is remarkably clear and understandable, ideally suited for both research workers and graduate-level students.
REVIEWS
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4.5
If you're looking at this book, you probably already have an interest in physics and engineering. If you don't, ask your guidance counselor how to switch majors. I kid, I kid.This is a great book for someone new to the study of fluid dynamics, but who has an understanding of general physics and calculus. I haven't taken math since high school, so I was a little rusty on dealing with some of the equations, but anyone who has a comfortable working knowledge of derivatives and integrals should not find the math to be too great an obstacle. The book is good about connecting equations to principles, starting immediately in with statics at a level simple enough that the reader can follow without previous knowledge of this subject, yet not so simple that it spends half the book as a "history of" or basic physics primer. If you understand the concepts of force, mass, velocity and acceleration, and some basic geometry, you should be able to follow it with no problem. The book uses mathematical constructs to explain relationships, but not in the way some authors have of making the whole thing seem much more complicated than it is.I'm using this as a self-teaching aid, because it's interesting to me and I'm kind of weird like that. Most of my physics knowledge is also self-taught, and I haven't had any classes in engineering, so if you already have several years of education in this area, I imagine you would find it slow-paced. For everyone else, it's a good resource.
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