The response in altitude and pitching velocity of the shuttle and of four other airplanes during the landing approach is compared. The effects of airplane type, pitch damping, center-of-gravity location, lift coefficient, and cockpit position are presented. The reasons for the differences observed and the effects of these differences on control characteristics are discussed
An in-flight evaluation of transport roll characteristics in the landing approach was made with a ge...
Effects of reduced landing speeds on flying qualities of Boeing 707 for simulated instrument approac...
A strong correlation has been found to exist between flight path angle peak overshoot and pilot rati...
A flight investigation of the handling characteristics of two single engine general aviation airplan...
Supersonic transports - aircraft and landing-gear factors and response to runway roughnes
A piloted simulator was used to evaluate the flight path angle control capabilities of a system that...
A study of the use of conventional general aviation instruments by general aviation pilots in a six ...
Landing approaches for reducing noise, and improved vertical flight path control of large sluggish a...
A computerized analysis procedure, based on a control theoretic model of the human pilot, is used to...
A simulation study was conducted to determine the effect of wind shear on aircraft landings. The lan...
Analytical investigation of reentry behavior of flying wind tunnel test vehicle with some effects of...
A system which is capable of controlling an aircraft automatically along a curved, descending, decel...
The XV-5B lift-fan aircraft was used to explore the factors affecting handling qualities in the term...
Three similar twin engine general aviation airplanes were crash tested at the Langley impact dynamic...
A series of landings was performed with a straight-wing airplane to evaluate the effect of low lift-...
An in-flight evaluation of transport roll characteristics in the landing approach was made with a ge...
Effects of reduced landing speeds on flying qualities of Boeing 707 for simulated instrument approac...
A strong correlation has been found to exist between flight path angle peak overshoot and pilot rati...
A flight investigation of the handling characteristics of two single engine general aviation airplan...
Supersonic transports - aircraft and landing-gear factors and response to runway roughnes
A piloted simulator was used to evaluate the flight path angle control capabilities of a system that...
A study of the use of conventional general aviation instruments by general aviation pilots in a six ...
Landing approaches for reducing noise, and improved vertical flight path control of large sluggish a...
A computerized analysis procedure, based on a control theoretic model of the human pilot, is used to...
A simulation study was conducted to determine the effect of wind shear on aircraft landings. The lan...
Analytical investigation of reentry behavior of flying wind tunnel test vehicle with some effects of...
A system which is capable of controlling an aircraft automatically along a curved, descending, decel...
The XV-5B lift-fan aircraft was used to explore the factors affecting handling qualities in the term...
Three similar twin engine general aviation airplanes were crash tested at the Langley impact dynamic...
A series of landings was performed with a straight-wing airplane to evaluate the effect of low lift-...
An in-flight evaluation of transport roll characteristics in the landing approach was made with a ge...
Effects of reduced landing speeds on flying qualities of Boeing 707 for simulated instrument approac...
A strong correlation has been found to exist between flight path angle peak overshoot and pilot rati...