Browse TRAIL Inventories

Comparison of Water-Load Distributions Obtained during Seaplane Landings with Bureau of Aeronautics Specifications. TED No. NACA 2413

A Study of Water Pressure Distribution During Landings with Special Reference to a Prismatic Model Having a Heavy Beam Loading and a 30 Degree Angle of Dead Rise

An Experimental Study of Water-Pressure Distributions During Landings and Planing of a Heavily Loaded Rectangular Flat-Plate Model

A Semiempirical Procedure for Computing the Water-Pressure Distribution on Flat and V-Bottom Prismatic Surfaces During Impact or Planing

The Application of Planing Characteristics to the Calculation of the Water-Landing Loads and Motions of Seaplanes of Arbitrary Constant Cross Section

Water-Pressure Distribution During Landings of a Prismatic Model Having an Angle of Dead Rise of 22 1/2 Degrees and Beam-Loading Coefficients of 0.48 and 0.97

A Theoretical and Experimental Investigation of the Effects of Yaw on Pressures, Forces, and Moments During Seaplane Landings and Planing

Low-speed yawed-rolling characteristics and other elastic properties of a pair of 26-inch-diameter, 12-ply-rating, type VII aircraft tires

Correlation, Evaluation, and Extension of Linearized Theories for Tire Motion and Wheel Shimmy

Correlation, Evaluation, and Extension of Linearized Theories for Tire Motion and Wheel Shimmy

Vertical force-deflection characteristics of a pair of 56-inch-diameter aircraft tires from static and drop tests with and without prerotation

Some Considerations of Hysteresis Effects on Tire Motion and Wheel Shimmy


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