Dynamic yawing effects on vertical tail loads are considered by a theory of flat yawing maneuvers. A comparison is shown between computed loads and the loads measured in flight in a fighter airplane. The dynamic effects were investigated on a large flying boat for both an abrupt rudder deflection and a sinusoidal rudder deflection. Only a moderate amount of control deflection was found to be necessary to attain the ultimate design load on the tail. In order to take into account dynamic effects in design, specifications of yawing maneuverability or control movement are needed
Presented at AIAA Aviation 2020 ForumTesting critical loads during specific dynamic maneuvers is ess...
The effect of various vertical tail arrangements upon the stability and control characteristics of a...
The results of an experimental and theoretical investigation of the effects of large artificial vari...
Dynamic yawing effects on vertical tail loads are considered by a theory of flat yawing maneuvers. A...
Results are presented of a flight investigation conducted on a fighter-type airplane to determine th...
The damping in vaw and the directional stability of a model oscillating in yaw were measured tail-of...
The fast and sharp deflection of rudder in aircraft maneuvering process can produce large aerodynami...
The effects of power on the stability and the control characteristics of an airplane are discussed a...
An investigation was made of the spray characteristics of a jet-powered dynamic model of the Bureau ...
An analysis is described of side-force and yawing-moment-in-sideslip of conventional transport aircr...
Results are presented of an analysis of vertical-tail shear, bending-moment, and torque loads measur...
The author elaborates on the flow phenomena, forces and moments on airfoils in yaw. The existing exp...
The present investigations cover studies of different control devices on a 53° swept flying wing co...
During production flight tests, a number of aircrafts of different types and constructors have exhib...
Presented at AIAA Aviation 2020 ForumTesting critical loads during specific dynamic maneuvers is ess...
The effect of various vertical tail arrangements upon the stability and control characteristics of a...
The results of an experimental and theoretical investigation of the effects of large artificial vari...
Dynamic yawing effects on vertical tail loads are considered by a theory of flat yawing maneuvers. A...
Results are presented of a flight investigation conducted on a fighter-type airplane to determine th...
The damping in vaw and the directional stability of a model oscillating in yaw were measured tail-of...
The fast and sharp deflection of rudder in aircraft maneuvering process can produce large aerodynami...
The effects of power on the stability and the control characteristics of an airplane are discussed a...
An investigation was made of the spray characteristics of a jet-powered dynamic model of the Bureau ...
An analysis is described of side-force and yawing-moment-in-sideslip of conventional transport aircr...
Results are presented of an analysis of vertical-tail shear, bending-moment, and torque loads measur...
The author elaborates on the flow phenomena, forces and moments on airfoils in yaw. The existing exp...
The present investigations cover studies of different control devices on a 53° swept flying wing co...
During production flight tests, a number of aircrafts of different types and constructors have exhib...
Presented at AIAA Aviation 2020 ForumTesting critical loads during specific dynamic maneuvers is ess...
The effect of various vertical tail arrangements upon the stability and control characteristics of a...
The results of an experimental and theoretical investigation of the effects of large artificial vari...