Effect of increase in afterbody length on the hydrodynamic qualities of a flying-boat hull of high length-beam ratio / by Kapryan, Walter J.

An experimental study of water-pressure distributions during landings and planing of a heavily loaded rectangular flat-plate model / by Smiley, Robert F.

Aerodynamic characteristics of a refined deep-step planing-tail flying-boat hull with various forebody and afterbody shapes / by Riebe, John M.

A semiempirical procedure for computing the water-pressure distribution on flat and v-bottom prismatic surfaces during impact or planing / by Smiley, Robert F.

Water-landing investigation of a model having heavy beam loadings and 0 degree angle of dead rise / by McArver, A. Ethelda

A study of water pressure distributions during landings with special reference to a prismatic model having a heavy beam loading and a 30° angle of dead rise / by Smiley, Robert F.

Effect of an increase in angle of dead rise on the hydrodynamic characteristics of a high-length-beam-ratio hull / by Whitaker, Walter E.

Effect of forebody warp and increase in afterbody length on the hydrodynamic qualities of a flying-boat hull of high length-beam ratio / by Kapryan, Walter J.

Hydrodynamic investigation of a series of hull models suitable for small flying boats and amphibians / by Hugli, W. C.

Landing characteristics in waves of three dynamic models of flying boats / by Benson, James M.

Hydrodynamic characteristics of a low-drag, planing-tail flying-boat hull / by Suydam, Henry B.

Aerodynamic characteristics of three planing-tail flying-boat hulls / by Yates, Campbell C.

Search for the full-text version of this title in HathiTrust

Effect of shallow water on the hydrodynamic characteristics of a flat-bottom planing surface / by Christopher, Ken W.

Effect of carriage mass upon the loads and motions of a prismatic body during hydrodynamic impact / by Markey, Melvin F.

Tank tests of a model of a flying-boat hull having a longitudinally concave planing bottom / by Parkinson, John B.

Online Access

Water-pressure distributions during landings of a prismatic model having an angle of dead rise of 22 1/2 degree and beam-loading coefficients of 0.48 and 0.97 / by Smiley, Robert F.

A theoretical and experimental investigation of the effects of yaw on pressures, forces, and moments during seaplane landings and planing / by Smiley, Robert F.

The planing characteristics of two V-shaped prismatic surfaces having angles of dead rise of 20 degrees and 40 degrees / by Chambliss, Derrill B.

Theory and procedure for determining loads and motions in chine-immersed hydrodynamic impacts of prismatic bodies / by Schnitzer, Emanuel

Search for the full-text version of this title in HathiTrust

The application of planing characteristics to the calculation of the water-landing loads and motions of seaplanes of arbitrary constant cross section / by Smiley, Robert F.