An analysis of the limit-cycle and structural- resonance characteristics of the X-15 stability augmentation system
Limit cycle and control surface resonance characteristics of X-15 stability augmentation system
Smith, J. W.↗
SEARCH · Search NASA
Results for “Augmented”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Large-scale wind-tunnel investigation of a model with an external jet-augmented flap
Simulated wind-tunnel investigation with jet-augmented flap
Aoyagi, K.↗
Teleoperators and Human Augmentation. An AEC-NASA Technology Survey
Design and application potentials of general purpose, dexterous, cybernetic machines for human augmentation
Corliss, W. R.↗
Aerodynamic characteristics of a large-scale model with unswept wing and augmented jet flap
Aerodynamic characteristics of scale model with augmented jet flap
Corsiglia, V. R.↗
A study of fully manual and augmented manual control systems for the Saturn 5 booster using analytical pilot models
Fully-manual and augmented-manual control systems for Saturn 5 booster studied by emperically based mathematical models for pilot
Jex, H. R.↗
Theory and operation of a jet-augmented implosive shock tube.
Jet augmented implosive shock tube theory and operation
Gill, S. P.↗
Pilot's response to stability augmentation system failures and implications for design.
Pilot response to stability augmentation system failures and design implications
Johnson, W. A.↗
The application of a differential synthesis technique to the design of multiaxis stability augmentation systems for aerospace vehicles.
Differential synthesis technique application to design of multiaxis stability augmentation systems for aerospace vehicles
Hatch, H. G., Jr.↗
Structural dynamic stability augmentation and gust alleviation of flexible aircraft.
Flexible aircraft response reduction to atmospheric turbulence, noting structural dynamic stability augmentation and gust alleviation
Wykes, J. H.↗
Human intellect augmentation techniques Final report
Evaluation of computer aids to augment human intellectual capability
Engelbart, D. C.↗
Shaft face seal with self-acting lift augmentation for advanced gas turbine engines
Shaft face seal with self acting lift augmentation for advanced gas turbine engines
Johnson, R. L.↗
Investigation of a 0.3-Scale Jet-Transport Model Having a Jet-Augmented Boundary-Layer- Control Flap with Direct-Lift Control Capability
Trailing-edge flap system with boundary layer control and external jet augmentation for subsonic jet transport
Aoyagi, K.↗
Static and dynamic stability derivatives of a model of a jet transport equipped with external-flow jet-augmented flaps
Static and dynamic stability derivatives of model jet transport equipped with external flow jet augmented flaps
Damato, R.↗
Shaft face seal with self-acting lift augmentation for advanced gas turbine engines.
Gas turbine engine shaft face seal with self acting lift augmentation preventing rubbing contact, noting disadvantages of labyrinth and conventional seals
Johnson, R. L.↗
Application of differential synthesis to design of multiaxis stability augmentation systems.
Differential synthesis technique application to design of multiaxis stability augmentation systems for aerospace vehicles
Hatch, H. G., Jr.↗
Design, Development, and Flight Test Experience with Lifting Body Stability Augmentation Systems.
Lifting body stability augmentation systems design, development, ground tests and flight data including frequency response, limit cycle and structural resonance
Kotfila, R. P.↗
Thrust Augmented Thor-Agena performance for the Orbiting Geophysical Observatory OGO-4 mission
Performance of thrust augmented Thor Agena launch vehicle
Source record↗
To what extent should space shuttle stability and control be provided through stability augmentation /ques/
Simulation studies to determine augmentation systems required for stability and control of space shuttles
Wawrzyniak, M. E.↗