
An Elementary Treatise on Hydrodynamics and Sound

(Buch) 
Dieser Artikel gilt, aufgrund seiner Grösse, beim Versand als 2 Artikel!
Lieferstatus: 
i.d.R. innert 510 Tagen versandfertig 
Veröffentlichung: 
2007

Genre: 
Psychologie / Pädagogik 
ISBN: 
9781406700268 
EANCode:

9781406700268 
Verlag: 
Barlow Press 
Einband: 
Kartoniert 
Sprache: 
English

Dimensionen: 
H 216 mm / B 140 mm / D 13 mm 
Gewicht: 
301 gr 
Seiten: 
232 
Zus. Info: 
1:B&W 5.5 x 8.5 in or 216 x 140 mm (Demy 8vo) Perfect Bound on Creme w/Gloss Lam 
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Inhalt: 
AN ELEMENTARY TREATISE ON HYDRODYNAMICS AND SOUND BY A. B. BASSET. M. A., F. RS. TRINITY COLLEGE, CAMBRIDGE. SECOND EDITION, REVISED AND ENLARGED. CAMBRIDGE DEIGHTON BELL AND CO. LONDON GEOBGE BELL AND SONS 1900 All Rights reserved. Cambridge PRINTED BY J. AND C. P. CLAY AT THE UNIVERSITY PRESS. PREFACE. The treatise on Hydrodynamics, which I published in 1888, was intended for the use of those who are acquainted with the higher branches of mathematics, and its aim was to present to the reader as comprehensive an account of the whole subject as was possible. But although a somewhat formidable battery of mathematical artillery is indispensable to those who desire to possess an exhaustive knowledge of any branch of mathematical physics, yet there are a variety of interesting and important investigations, not only in Hydrodynamics but also in Electricity and other physical subjects, which are well within the reach of every one who possesses a knowledge of the elements of the Differential and Integral Calculus and the fundamental principles of Dynamics. I have accordingly, in the present work, abstained from introducing any of the more advanced methods of analysis, such as Spherical Harmonics, Elliptic Functions and the like and, as regards the dynamical portion of the subject, I have endeavoured to solve the various problems which present them selves, by the aid of the Principles of Energy and Momentum, and have avoided the use of Lagrange's equations. There are a few problems, such as the helicoidal steady motion and stability of a solid of revolution moving in an infinite liquid, which cannot be conveniently treated without having recourse to moving axes but as the theory of moving axesis not an altogether easy branch of Dynamics, I have as far as possible abstained from introducing VI PREFACE. them, and the reader who is unacquainted with the use of moving axes is recommended to omit those sections in which they are employed. The present work is principally designed for those who are reading for the Mathematical Tripos and for other examinations in which an elementary knowledge of Hydrodynamics and Sound is required but I also trust that it will not only be of service to those who have neither the time nor the inclination to become conversant with the intricacies of the higher mathematics, but that it will also prepare the way for the acquisition of more elaborate knowledge, on the part of those who have an opportunity of devoting their attention to the more recondite portions of these subjects. The first part, which relates to Hydrodynamics, has been taken with certain alterations and additions from my larger treatise, and the analytical treatment has been simplified as much as possible. I have thought it advisable to devote a chapter to the discussion of the motion of circular cylinders and spheres, in which the equations of motion are obtained by the direct method of calculating the resultant pressure exerted by the liquid upon the solid inasmuch as this method is far more elementary, and does not necessitate the use of Greens Theorem, nor involve any further knowledge of Dynamics on the part of the reader than the ordinary equations of motion of a rigid body. The methods of this chapter can also be employed to solve the analogous problem of deter mining the electrostatic potential of cylindrical and spherical conductors and accumulators, and the distribution ofelectricity upon such surfaces. The theory of the motion of a solid body and the surrounding liquid, regarded as a single dynamical system, is explained in Chapter III., and the motion of an elliptic cylinder in an infinite liquid, and the motion of a circular cylinder in a liquid bounded by a rigid plane are discussed at length. The Chapters on Waves and on Rectilinear Vortex Motion comprise the principal problems which admit of treatment by elementary methods, and I have also included an investigation... 
