An investigation was conducted in the Langley Spin Tunnel to measure the pressures on the surface of the horizontal and vertical tail and the aft fuselage of an aircraft model. The pressures were measured on a model of a proposed Australian Primary Trainer airplane configuration while the model was rotating at spinning attitudes. The test results indicate that the presence of the horizontal tail adversely modifies the surface pressure on the vertical tail. The presence of the wing also adversely modifies the pressures on the horizontal and vertical tails
A flight investigation of the spinning of the F4B-2 single-seat fighter airplane was made for the pu...
Aerodynamic characteristics obtained in a rotational flow environment, utilizing a rotary balance lo...
This report presents an analysis of results of wind-tunnel tests conducted at the D.V.L. Values were...
The aerodynamic forces and moments on a 1/12-scale model of the F4B-2 airplane were measured with th...
The influence of horizontal tail location on the rotational flow aerodynamics is discussed for a 1/6...
An investigation was conducted in the NASA Langley 20-Foot Vertical Spin Tunnel to determine the dev...
The influence of different mathematical and aerodynamic models on computed spin motion was investiga...
An investigation was conducted in the Langley Spin Tunnel of the spin and spin-recovery characterist...
The effects of tail design on spin and recovery were investigated in a spin tunnel. A 1/11-scale mod...
Field measurements were made on a fighter airplane to determine the approximate magnitude of the hor...
Apparatus and techniques were developed for measuring in a low-speed wind tunnel the static and dyna...
Two rotary balance apparatuses were developed for testing airplane models in a coning motion. A larg...
This work was undertaken to determine as completely as possible the distribution of pressure over th...
The influence of control deflections on the rotational flow aerodynamics and on predicted spin modes...
This investigation was undertaken to determine whether the results obtained upon model tail surfaces...
A flight investigation of the spinning of the F4B-2 single-seat fighter airplane was made for the pu...
Aerodynamic characteristics obtained in a rotational flow environment, utilizing a rotary balance lo...
This report presents an analysis of results of wind-tunnel tests conducted at the D.V.L. Values were...
The aerodynamic forces and moments on a 1/12-scale model of the F4B-2 airplane were measured with th...
The influence of horizontal tail location on the rotational flow aerodynamics is discussed for a 1/6...
An investigation was conducted in the NASA Langley 20-Foot Vertical Spin Tunnel to determine the dev...
The influence of different mathematical and aerodynamic models on computed spin motion was investiga...
An investigation was conducted in the Langley Spin Tunnel of the spin and spin-recovery characterist...
The effects of tail design on spin and recovery were investigated in a spin tunnel. A 1/11-scale mod...
Field measurements were made on a fighter airplane to determine the approximate magnitude of the hor...
Apparatus and techniques were developed for measuring in a low-speed wind tunnel the static and dyna...
Two rotary balance apparatuses were developed for testing airplane models in a coning motion. A larg...
This work was undertaken to determine as completely as possible the distribution of pressure over th...
The influence of control deflections on the rotational flow aerodynamics and on predicted spin modes...
This investigation was undertaken to determine whether the results obtained upon model tail surfaces...
A flight investigation of the spinning of the F4B-2 single-seat fighter airplane was made for the pu...
Aerodynamic characteristics obtained in a rotational flow environment, utilizing a rotary balance lo...
This report presents an analysis of results of wind-tunnel tests conducted at the D.V.L. Values were...