Resource Type

Month

Model Ditching Investigations of Three Airplanes Equipped With Hydro-Skis (open access)

Model Ditching Investigations of Three Airplanes Equipped With Hydro-Skis

"Model investigations were made to determine the ditching characteristics of three typical multiengine airplanes equipped with possible arrangements of hydro-ski ditching gear. The behavior of the models was determined from visual observations, acceleration records, and motion pictures of the landings. Data are presented in tabular form and sequence photographs" (p. 1).
Date: April 25, 1950
Creator: Fisher, Lloyd J.
System: The UNT Digital Library
The Effect of Spanwise Aileron Location on the Rolling Effectiveness of Wings With 0 Degree and 45 Degree Sweep at Subsonic, Transonic, and Supersonic Speeds (open access)

The Effect of Spanwise Aileron Location on the Rolling Effectiveness of Wings With 0 Degree and 45 Degree Sweep at Subsonic, Transonic, and Supersonic Speeds

Report discussing an investigation of the effect of spanwise aileron location on the rolling effectiveness of plain faired ailerons on untapered wing plan forms with designated sweep, airfoil sections, and aspect ratio using rocket-propelled test vehicles. Drag data is also presented for all configurations tested. Spanwise aileron location was found to have little effect on the effectiveness of the aileron on an unswept wing plan form.
Date: April 25, 1950
Creator: Strass, H. Kurt
System: The UNT Digital Library
Model ditching investigations of three airplanes equipped with hydro-skis (open access)

Model ditching investigations of three airplanes equipped with hydro-skis

Report presenting an investigation to determine the ditching characteristics of three typical multiengine airplanes equipped with different arrangements of hydro-ski ditching gear. The behavior was determined from visual observations, acceleration records, and motion pictures of the landings. Results regarding ski size, shape, and location are provided.
Date: April 25, 1950
Creator: Fisher, Lloyd J.
System: The UNT Digital Library