Browse TRAIL Inventories

Notes on Propeller Design 1: The Energy Losses of the Propeller

Notes on Propeller Design III: The Aerodynamical Equations of the Propeller Blade Elements

Full Scale Determination of the Lift and Drag of a Seaplane

Notes on Propeller Design 2:The Distribution of Thrust Over a Propeller Blade

The Choice of the Speed of an Airship

Stresses Produced on an Airship Flying Through Gusty Air

Notes on Aerodynamic Forces 3: The Aerodynamic Forces on Airships

The twisted wing with elliptic plan form

Notes on Aerodynamic Forces I: Rectilinear Motion

Notes on Aerodynamic Forces 2: Curvilinear Motion

Notes on Propeller Design 4: General Proceeding in Design

The Tail Plane

Some New Aerodynamical Relations

The Drag of Zeppelin Airships

General Biplane Theory

General Theory of Thin Wing Sections

Wind-Driven Propellers (Or "Windmills")

Wind Tunnel of Zeppelin Airship Company

The Minimum Induced Drag of Aerofoils

The Determination of the Angles of Attack of Zero Lift and of Zero Moment, Based on Munk's Integrals

Analysis of Dr. Schaffran's Propeller Model Tests

General Theory of Windmills

Reduction in Efficiency of Propellers Due to Slipstream

Analysis of W. F. Durand's and E. P. Lesley's propeller tests

The analysis of free flight propeller tests and its application to design

Remarks on the Pressure Distribution over the Surface of an Ellipsoid, Moving Translationally Through a Perfect Fluid

Note on the Pressure Distribution Over the Hull of Elongated Airships With Circular Cross Section

Note on the Relative Effect of the Dihedral and the Sweep Back of Airplane Wings

Some Tables of the Factor of Apparent Additional Mass

On the Distribution of Lift Along the Span of an Airfoil With Displaced Ailerons

Remarks on the Pressure Distribution over the Surface of an Ellipsoid, Moving Translationally Through a Perfect Fluid

Comparing the Performance of Geometrically Similar Airplanes

Note on Vortices on Their Relation to the Lift of Airfoils

The Induction Factor Used for Computing the Rolling Moment Due to the Ailerons

The Simplifying Assumptions, Reducing the Strict Application of Classical Hydrodynamics to Practical Aeronautical Computations

The Aerodynamic Forces on Airship Hulls

Note on the Air Forces on a Wing Caused by Pitching.

Elements of the Wing Section Theory and of the Wing Theory

A New Relation Between the Induced Yawing Moment and the Rolling Moment of an Airfoil in Straight Motion

Model Tests With a Systematic Series of 27 Wing Sections at Full Reynolds Number

Determination and Classification of the Aerodynamic Properties of Wing Sections

The Velocity Distribution Caused by an Airplane at the Points of a Vertical Plane Containing the Span

Model Tests on the Economy and Effectiveness of Helicopter Propellers

Elements of the Wing Section Theory and of the Wing Theory

The air forces on a model of the sperry messenger airplane without propeller

The Variable Density Wind Tunnel of the National Advisory Committee for Aeronautics

Preliminary Wing Model Tests in the Variable Density Wind Tunnel of the National Advisory Committee for Aeronautics

The Spacing of Orifices for the Measure of Pressure Distributions

The air forces on a systematic series of biplane and triplane cellule models

The aerodynamic characteristics of seven frequently used wing sections at full Reynolds number


Published Year

Author