While each aspect of its aeronautical technology program is important to the current preeminence of the United States in aeronautics, the most essential contributions of NASA derive from its research. Successes and challenges in NASA's efforts to improve civil and military aviation are discussed for the following areas: turbulence, noise, supercritical aerodynamics, computational aerodynamics, fuels, high temperature materials, composite materials, single crystal components, powder metallurgy, and flight controls. Spin offs to engineering and other sciences explored include NASTRAN, lubricants, and composites
Selected examples of recent accomplishments and current activities that are relevant to the principa...
The role of the Lewis Research Center in aeronautical propulsion is described. The state of the art ...
The proceedings of a conference on the future of aeronautics are presented. The subjects discussed i...
The state of the U.S. aeronautic industry and progressive changes in national priorities as reflecte...
A substantially improved flow of new technology is imperative if the general aviation industry is to...
The potential roles for NASA relating to rotorcraft are reviewed. The agency's participation is deli...
The nature and implications of the current state of U.S. aviation in a world setting are examined as...
Topics discussed include: Aerodynamics; Propulsion; Structural Analysis and Design Technology; Mater...
This report contains numerous color illustrations to describe the NASA programs in aeronautics. The ...
The potential of aeronautical research and technology (R&T) development, which could provide the bas...
NASA's research technology base in aeronautics is assessed in terms of: (1) US aeronautical technolo...
The technical accomplishments and research highlights of 1986 are featured, along with information o...
The appropriateness of the division of effort between the directed to the solution of near-term prob...
NASA is responsible for advancing technologies related to air transportation. A sampling of the work...
The status of the spacecraft and subsystem industry and the civil and military uses of space were ex...
Selected examples of recent accomplishments and current activities that are relevant to the principa...
The role of the Lewis Research Center in aeronautical propulsion is described. The state of the art ...
The proceedings of a conference on the future of aeronautics are presented. The subjects discussed i...
The state of the U.S. aeronautic industry and progressive changes in national priorities as reflecte...
A substantially improved flow of new technology is imperative if the general aviation industry is to...
The potential roles for NASA relating to rotorcraft are reviewed. The agency's participation is deli...
The nature and implications of the current state of U.S. aviation in a world setting are examined as...
Topics discussed include: Aerodynamics; Propulsion; Structural Analysis and Design Technology; Mater...
This report contains numerous color illustrations to describe the NASA programs in aeronautics. The ...
The potential of aeronautical research and technology (R&T) development, which could provide the bas...
NASA's research technology base in aeronautics is assessed in terms of: (1) US aeronautical technolo...
The technical accomplishments and research highlights of 1986 are featured, along with information o...
The appropriateness of the division of effort between the directed to the solution of near-term prob...
NASA is responsible for advancing technologies related to air transportation. A sampling of the work...
The status of the spacecraft and subsystem industry and the civil and military uses of space were ex...
Selected examples of recent accomplishments and current activities that are relevant to the principa...
The role of the Lewis Research Center in aeronautical propulsion is described. The state of the art ...
The proceedings of a conference on the future of aeronautics are presented. The subjects discussed i...