Search U.S. government technical reports digitized or harvested by TRAIL.
Simplified Propeller Design for Low-Powered Airplanes
Propeller Scale Effect and Body Interference
Propeller Design: Practical Application of the Blade Element Theory 1
Propeller Design - A Simple Method for Determining the Strength of Propellers - IV
Navy Propeller Section Characteristics as Used in Propeller Design
Study of Open Jet Wind Tunnel Cones
Full Scale Tests of Wood Propellers on a VE-7 Airplane in the Propeller Research Tunnel
Drag and Cooling With Various Forms of Cowling for A "Whirlwind" Radial Air-Cooled Engine - 2
Drag and Cooling With Various Forms of Cowling for A "Whirlwind" Radial Air-Cooled Engine - 1
Full Scale Tests on a Thin Metal Propeller at Various Tip Speeds
Full-Scale Wind-Tunnel Tests of a Series of Metal Propellers on a VE-7 Airplane
Full Scale Drag Tests on Various Parts of Sperry Messenger Airplane
Drag and Cooling With Various Forms of Cowling for a Whirlwind Engine in a Cabin Fuselage
The Drag of a J-5 Radial Air-Cooled Engine
The Effect of the Sperry Messenger Fuselage on the Air Flow at the Propeller Plane
Determination of Propeller Deflection by Means of Static Load Tests on Models
A Comparison of Propeller and Centrifugal Fans for Circulating the Air in a Wind Tunnel
Full-Scale Wind-Tunnel Tests on Several Metal Propellers Having Different Blade Forms
Full-Scale Wind-Tunnel Tests With a Series of Propellers of Different Diameters on a Single Fuselage
The twenty-foot propeller research tunnel of the National Advisory Committee for Aeronautics
Tests of Four Racing Type Airfoils in the Twenty-Foot Propeller Research Tunnel