The supersonic combustion ramjet, or scramjet, is the engine cycle most suitable for sustained hypersonic flight in the atmosphere. This article describes some of the challenges facing scramjet designers, and the methods currently used for the calculation of scramjet performance. It then reviews the HyShot 2 and Hyper-X flight programs as examples of how sub-scale flights are now being used as important steps towards the development of operational systems. Finally, it describes some recent advances in three-dimensional scramjets with application to hypersonic cruise and multi-stage access-to-space vehicles
The latest in hypersonic technology is the supersonic combustion ramjet, or scramjet. This air-breat...
Four student design teams produced conceptual designs for a research vehicle to develop the superson...
A comprehensive understanding of the interplay between airframe aerodynamics and propulsion system i...
Ramjet propulsion is often proposed for airbreathing applications with speeds higher than Mach 3. Ho...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
The potential for use of scramjet propulsion systems is discussed. The applications currently under ...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
The renewed interest in high-speed flight has recently demonstrated the need for the development of ...
Reduced scale and improved responsiveness will be the technical and economic drivers of future satel...
The most promising alternative to rockets for improved access-to-space involves the use of staged sy...
Worldwide, significant research efforts are in progress towards the development of scramjet engines....
When pressures and temperatures become so high in supersonic flight that it is no longer efficient t...
When pressures and temperatures become so high in supersonic flight that it is no longer efficient t...
Hypersonic flight is lacking a scientific definition, but is typically understood as flight within t...
The latest in hypersonic technology is the supersonic combustion ramjet, or scramjet. This air-breat...
Four student design teams produced conceptual designs for a research vehicle to develop the superson...
A comprehensive understanding of the interplay between airframe aerodynamics and propulsion system i...
Ramjet propulsion is often proposed for airbreathing applications with speeds higher than Mach 3. Ho...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
The potential for use of scramjet propulsion systems is discussed. The applications currently under ...
Scramjet engines promise significantly higher specific impulse than rockets during the hypersonic ph...
The renewed interest in high-speed flight has recently demonstrated the need for the development of ...
Reduced scale and improved responsiveness will be the technical and economic drivers of future satel...
The most promising alternative to rockets for improved access-to-space involves the use of staged sy...
Worldwide, significant research efforts are in progress towards the development of scramjet engines....
When pressures and temperatures become so high in supersonic flight that it is no longer efficient t...
When pressures and temperatures become so high in supersonic flight that it is no longer efficient t...
Hypersonic flight is lacking a scientific definition, but is typically understood as flight within t...
The latest in hypersonic technology is the supersonic combustion ramjet, or scramjet. This air-breat...
Four student design teams produced conceptual designs for a research vehicle to develop the superson...
A comprehensive understanding of the interplay between airframe aerodynamics and propulsion system i...