Ongoing NASA-funded studies by Boeing, McDonnell-Douglas, General Electric, and Pratt & Whitney indicate that an opportunity exists for a 21st Century High-Speed Civil Transport (HSCT) to become a major part of the international air transportation system. However, before industry will consider an HSCT product launch and an investment estimated to be over $15 billion for design and certification, major technology advances must be made. An overview of the propulsion-specific technology advances that must be in hand before an HSCT product launch could be considered is presented
This paper explores the research and development of high-speed transportation for commercial travel ...
NASA Lewis' research and technology efforts applicable to turbomachinery for high-speed flight are d...
The leading Aeronautics program within NASA is the High Speed Research Program (HSR). The HSR progra...
Ongoing NASA-funded and privately funded studies continue to indicate that an opportunity exists for...
This paper highlights the efforts being performed or sponsored by NASA, in cooperation with the U.S....
Ongoing studies being conducted not only in this country but in Europe and Asia suggest that a secon...
Market growth and technological advances are expected to lead to a generation of long-range transpor...
Three areas of the specific NASA aeronautical research are discussed: (1) advanced subsonic transpor...
The major challenges confronting the propulsion community for civil supersonic transport application...
New opportunities for greater performance civil air transportation aircraft derive from the continui...
NASA Headquarters and LeRC have advocated an Enabling Propulsion Materials Program (EPM) to begin in...
Since its inception, one of NASA's commitments has been to develop the technology to advance aeronau...
Current research directed toward the technology requirements for a high-speed civil transport (HSCT)...
Technology in aeronautics has advanced dramatically since the last design of a production High Speed...
This paper explores the research and development of high-speed transportation for commercial travel ...
This paper explores the research and development of high-speed transportation for commercial travel ...
NASA Lewis' research and technology efforts applicable to turbomachinery for high-speed flight are d...
The leading Aeronautics program within NASA is the High Speed Research Program (HSR). The HSR progra...
Ongoing NASA-funded and privately funded studies continue to indicate that an opportunity exists for...
This paper highlights the efforts being performed or sponsored by NASA, in cooperation with the U.S....
Ongoing studies being conducted not only in this country but in Europe and Asia suggest that a secon...
Market growth and technological advances are expected to lead to a generation of long-range transpor...
Three areas of the specific NASA aeronautical research are discussed: (1) advanced subsonic transpor...
The major challenges confronting the propulsion community for civil supersonic transport application...
New opportunities for greater performance civil air transportation aircraft derive from the continui...
NASA Headquarters and LeRC have advocated an Enabling Propulsion Materials Program (EPM) to begin in...
Since its inception, one of NASA's commitments has been to develop the technology to advance aeronau...
Current research directed toward the technology requirements for a high-speed civil transport (HSCT)...
Technology in aeronautics has advanced dramatically since the last design of a production High Speed...
This paper explores the research and development of high-speed transportation for commercial travel ...
This paper explores the research and development of high-speed transportation for commercial travel ...
NASA Lewis' research and technology efforts applicable to turbomachinery for high-speed flight are d...
The leading Aeronautics program within NASA is the High Speed Research Program (HSR). The HSR progra...