Aeronautical Engineering and Airplane Design

This work, practically a course in aerodynamics and airplane design, is subdivided into two parts: Part I, Aerodynamical Theory and Data; Part II, Airplane Design. In PART I it is proposed to deal briefly with the fundamental ideas and theories of aerodynamics in a simple yet comprehensive manner.

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Table of Contents:

Copyright

PREFACE

INTRODUCTION

TABLE OF CONTENTS

Chapter I Modern Aeronautical Laboratories

Chapter II Elements of Aerodynamical Theory

Chapter III Elements of Aerodynamical Theory Continued

Chapter IV Flat Plates : Simple Problems on Sustention and Resistance of Wing Surfaces

Chapter V Comparison of Standard Wing Sections

Chapter VI Effects of Variation in Profile and Plan Form of Wing Sections

Chapter VII Study of Pressure Distribution

Chapter VIII Biplane Combinations

Chapter IX Triplane Combinations Uses of Negative Tail Surfaces

Chapter X Resistance of Various Airplane Parts

Chapter XI Resistance and Comparative Merits of Airplane Struts

Chapter XII Resistance and Performance

Chapter XIII Resistance Computations Preliminary Wing Selections

Chapter I Classification of Main Data for Modern Airplanes Unarmed Land Reconnaissance Machines Land Training Machines

Chapter II Land Pursuit Machine Land Gun Carrying Machine Twin Engined All 'Round Machine

Chapter III Estimates of Weight Distribution

Chapter IV Engine and Radiator Data

Chapter V Materials in Airplane Construction

Chapter VI Worst Dynamic Loads; Factors of Safety

Chapter VII Preliminary Design of Secondary Training Machine

Chapter VIII General Principles of Chassis Design

Chapter IX Type Sketches of Secondary Training Machine General Principles of Body Design

Chapter X Computation of Strength Members and General Layout of Body

Chapter XI Wing Structure Analysis for Biplanes

Chapter XII Wing Structure Analysis for Biplanes

Notes of Aerial Propellers

Addenda