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announcements Vol. 48, No. 3, March 1967 Theory of Jets in Ideal Fluids. By M. I. Gurevich. Trans- lated by R. L. Street and K. Zagustin. New York, Academic Press, Inc., 1965. 585 pages. $15.00. CALL ON Thi s is a translation of the 1961 edition of M. I. Gurevich's Theory of Jets in Ideal Fluids. This book deals with jet DEEPWATER CHEMICAL CO., LTD. flows, hydrofoils, separated flows and free surface flows of an ideal fluid. The author has presented many examples and comparisons of the theoretical results and experimental data. FOR Chapter 1 is an introduction to the theory of plane, steady jet flows. In this chapter the basic assumptions are stated, CLOUD NUCLEATION some kinematics analyses are presented, and the methods of Kirchhoff, Zhukovsky and Chapygin are described. CHEMICALS In Chapter 2, analyses are made of flow from a vessel with oblique walls, symmetric orifice in a rectangular vessel, flow SILVER IODIDE from the opening between two flat plates, vessel with a funnel-shaped bottom and Borda's nozzle, and flow from a SILVER JODATE rectangular vessel with an orifice at a corner. LEA D IODATE Chapter 3 deals with an infinite flow past a polygonal obstacle. Here studies are made of the flow around a wedge, SODIU M IODIDE and the flow around a plate with a stagnation region in front of it and a stagnation from its upper surface. Chapter 4 is on the flow around curvilinear obstacles. In For Price List and Samples this chapter, the methods of Levi-Civita, Brillouin, Brodetsky, Write or Call Nekrasov, Weinstein, Leray, Laurentev, Keldysh and Sedov are described. DEEPWATER CHEMICAL C0. LTD. Chapter 5 deals with the flow around a body at small P. O . Box 4636, Compton, California cavitation number. After an introductory section on cavita- Phone (213) 639-3355 tion, the problems of cavitating flow around a flat plate, a wedge, a circular cylinder, and a thin profile at an arbitrary angle of attack are analyzed. In Chapter 6, generalizations of the cavitating flows consid- ered in Chapter 5 are made. The effect of the presence of one or two walls on the cavitating flow about wedges, cylinders, and cascade flow of the Helmholtz type is in- vestigated. Chapter 7 deals with planing surfaces and hydrofoils. In this chapter, the phenomenon of planing is described, and the planing over the surface of finite depth and hydrofoils beneath a free surface is analyzed. In Chapter 8, collision of jets and jet flows with singu- larities in a region occupied by the fluid is discussed. Chapter 9 deals with problems of unsteady flows. This chapter contains topics on flat plate in an accelerated flow, motion of a streamlined contour in a separated flow, weakly Federal meteorology plan for FY 1968 perturbed jet flow, and surface impact of a wedge. Th e Environmental Science Services Administration, Depart- In Chapter 10, jet flow of a subsonic compressible fluid is ment of Commerce, announces that the Federal Coordinator considered. This chapter presents the Chapygin's equation for Meteorological Services and Supporting Research has for two dimensional steady flow of gas, exact solutions to published the Federal Plan for Meteorological Services and Chapygin's equation, and Chapygin's approximate method. Supporting Research for Fiscal Year 1968. This plan is Chapter 11 is on axisymmetric flow. In this chapter, published annually with the advice and assistance of other Trefftz's method of integral equation is presented and Federal agencies and provides the Congress and Executive discussed. A survey of references on axisymmetric jet flows Branch with a coordinated overall plan for Government is made, and the asymptotic law of jet shape is discussed. meteorological services and for those research and develop- Th e last chapter of the book gives an analysis of the effects ment programs whose immediate objective is to improve of surface tension and gravity on free surface flows. Exact meteorological services. Copies are available from the Super- and approximate solutions for heavy fluid flows are discussed. intendent of Documents, Government Printing Office, Wash- In conclusion, this is basically a theoretical account of jet ington, D. C. 20402, for 35 cents. Previous fiscal year plans flows, hydrofoils, separated flows, and free surface flows of (1966 and 1967) are available at the Clearing House for an ideal fluid. It contains an extensive list of literature in Federal Scientific and Technical Information, U. S. Depart- this field of study, and is a valuable addition to the ment of Commerce, Springfield, Va. 22151. literature.—S. K. Kao http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Bulletin of the American Meteorological Society American Meteorological Society

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Publisher
American Meteorological Society
Copyright
Copyright © American Meteorological Society
ISSN
1520-0477
eISSN
1520-0477
DOI
10.1175/1520-0477-48.3.238
Publisher site
See Article on Publisher Site

Abstract

Vol. 48, No. 3, March 1967 Theory of Jets in Ideal Fluids. By M. I. Gurevich. Trans- lated by R. L. Street and K. Zagustin. New York, Academic Press, Inc., 1965. 585 pages. $15.00. CALL ON Thi s is a translation of the 1961 edition of M. I. Gurevich's Theory of Jets in Ideal Fluids. This book deals with jet DEEPWATER CHEMICAL CO., LTD. flows, hydrofoils, separated flows and free surface flows of an ideal fluid. The author has presented many examples and comparisons of the theoretical results and experimental data. FOR Chapter 1 is an introduction to the theory of plane, steady jet flows. In this chapter the basic assumptions are stated, CLOUD NUCLEATION some kinematics analyses are presented, and the methods of Kirchhoff, Zhukovsky and Chapygin are described. CHEMICALS In Chapter 2, analyses are made of flow from a vessel with oblique walls, symmetric orifice in a rectangular vessel, flow SILVER IODIDE from the opening between two flat plates, vessel with a funnel-shaped bottom and Borda's nozzle, and flow from a SILVER JODATE rectangular vessel with an orifice at a corner. LEA D IODATE Chapter 3 deals with an infinite flow past a polygonal obstacle. Here studies are made of the flow around a wedge, SODIU M IODIDE and the flow around a plate with a stagnation region in front of it and a stagnation from its upper surface. Chapter 4 is on the flow around curvilinear obstacles. In For Price List and Samples this chapter, the methods of Levi-Civita, Brillouin, Brodetsky, Write or Call Nekrasov, Weinstein, Leray, Laurentev, Keldysh and Sedov are described. DEEPWATER CHEMICAL C0. LTD. Chapter 5 deals with the flow around a body at small P. O . Box 4636, Compton, California cavitation number. After an introductory section on cavita- Phone (213) 639-3355 tion, the problems of cavitating flow around a flat plate, a wedge, a circular cylinder, and a thin profile at an arbitrary angle of attack are analyzed. In Chapter 6, generalizations of the cavitating flows consid- ered in Chapter 5 are made. The effect of the presence of one or two walls on the cavitating flow about wedges, cylinders, and cascade flow of the Helmholtz type is in- vestigated. Chapter 7 deals with planing surfaces and hydrofoils. In this chapter, the phenomenon of planing is described, and the planing over the surface of finite depth and hydrofoils beneath a free surface is analyzed. In Chapter 8, collision of jets and jet flows with singu- larities in a region occupied by the fluid is discussed. Chapter 9 deals with problems of unsteady flows. This chapter contains topics on flat plate in an accelerated flow, motion of a streamlined contour in a separated flow, weakly Federal meteorology plan for FY 1968 perturbed jet flow, and surface impact of a wedge. Th e Environmental Science Services Administration, Depart- In Chapter 10, jet flow of a subsonic compressible fluid is ment of Commerce, announces that the Federal Coordinator considered. This chapter presents the Chapygin's equation for Meteorological Services and Supporting Research has for two dimensional steady flow of gas, exact solutions to published the Federal Plan for Meteorological Services and Chapygin's equation, and Chapygin's approximate method. Supporting Research for Fiscal Year 1968. This plan is Chapter 11 is on axisymmetric flow. In this chapter, published annually with the advice and assistance of other Trefftz's method of integral equation is presented and Federal agencies and provides the Congress and Executive discussed. A survey of references on axisymmetric jet flows Branch with a coordinated overall plan for Government is made, and the asymptotic law of jet shape is discussed. meteorological services and for those research and develop- Th e last chapter of the book gives an analysis of the effects ment programs whose immediate objective is to improve of surface tension and gravity on free surface flows. Exact meteorological services. Copies are available from the Super- and approximate solutions for heavy fluid flows are discussed. intendent of Documents, Government Printing Office, Wash- In conclusion, this is basically a theoretical account of jet ington, D. C. 20402, for 35 cents. Previous fiscal year plans flows, hydrofoils, separated flows, and free surface flows of (1966 and 1967) are available at the Clearing House for an ideal fluid. It contains an extensive list of literature in Federal Scientific and Technical Information, U. S. Depart- this field of study, and is a valuable addition to the ment of Commerce, Springfield, Va. 22151. literature.—S. K. Kao

Journal

Bulletin of the American Meteorological SocietyAmerican Meteorological Society

Published: Mar 1, 1967

There are no references for this article.