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Unsteady Transonic Flow : Cambridge Science Classics - Marten T. Landahl

Unsteady Transonic Flow

Cambridge Science Classics

Paperback Published: 30th October 1989
ISBN: 9780521356640
Number Of Pages: 148

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First published in 1961 this monograph deals with the analysis of unsteady lift distributions of thin oscillating wings at transonic speeds. Such distributions are needed for the prediction of flutter, which tends to occur more frequently at speeds near that of sound than in any other speed regime. This book emphasises analytical methods that treat the linearised problem for simple wing planforms such as rectangular and delta wings. There is a thorough discussion of the limitations of the validity of linearised theory as well as the proper boundary conditions to be applied for the case of flows with shocks. Although the standard approach in engineering practice is to sense transonic flow calculations with the aid of direct numerical simulations on a high-speed computer, the treatment in this classic monograph is still of value in the physical insight it provides and in the reference "exact" solutions it supplies for simplified cases that may serve as validation cases for complicated computer codes. This classic work will be of interest to aerodynamicists, fluid dynamicists and applied mathematicians.

Preface
Preface to paperback edition
Introduction
Two-dimensional solution
Low aspect ration wings of triangular and related planforms
The low aspect ration rectangular wing
Low aspect ratio wing-body combinations
The semi-infinite rectangular wing
The rectangular wing of arbitrary aspect ration with control surface
The delta wing of arbitrary aspect ratio
Wings of general planforms
Control surface buzz
Experimental determination of air forces on oscillating wings at transonic speeds
References
Indexes
Table of Contents provided by Publisher. All Rights Reserved.

ISBN: 9780521356640
ISBN-10: 0521356644
Series: Cambridge Science Classics
Audience: Tertiary; University or College
Format: Paperback
Language: English
Number Of Pages: 148
Published: 30th October 1989
Publisher: Cambridge University Press
Country of Publication: GB
Dimensions (cm): 22.9 x 15.2  x 0.9
Weight (kg): 0.23