Three proposed SCAR propulsion systems in terms of aircraft range for a fixed payload and take-off gross weight with a design cruise Mach number 2.7 are evaluated. The effects of various noise and operational restraints are determined and sensitivities to some of the more important performance variables are presented for the most probable design noise and operational restraint case. Critical areas requiring new or improved technology for each cycle are delineated
The Supersonic Cruise Aircraft Resarch (SCAR) program identified significant improvements in the tec...
A comprehensive evaluation of propulsion systems for the next generation of near-sonic long range tr...
The need for greatly improved fuel efficiency and off-design subsonic characteristics is discussed. ...
The evolution and current status of selected recent variable cycle engine (VCE) studies are reviewed...
NASA computer codes in the areas of preliminary sizing and enroute performance, takeoff and landing ...
Progress and the current status of the Variable Cycle Engine (VCE) study are reviewed with emphasis ...
Sideline noise and takeoff field length were varied for two types of Mach 2.32 cruise airplane to de...
The baseline configuration of a Mach 2.2 supersonic cruise concept employing a 1980 - 1985 technolog...
An evaluation of various advanced propulsion concepts for supersonic cruise aircraft resulted in the...
The variable stream control engine is determined to be the most promising propulsion system concept ...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
The noise level of an uncoventional propulsion system for the next generation of subsonic, long-rang...
A study was conducted to determine the promising propulsion systems for advanced supersonic transpor...
The product/study double bypass variable cycle engine (VCE) was updated to incorporate recent improv...
A second generation, economically viable, and environmentally acceptable supersonic aircraft is revi...
The Supersonic Cruise Aircraft Resarch (SCAR) program identified significant improvements in the tec...
A comprehensive evaluation of propulsion systems for the next generation of near-sonic long range tr...
The need for greatly improved fuel efficiency and off-design subsonic characteristics is discussed. ...
The evolution and current status of selected recent variable cycle engine (VCE) studies are reviewed...
NASA computer codes in the areas of preliminary sizing and enroute performance, takeoff and landing ...
Progress and the current status of the Variable Cycle Engine (VCE) study are reviewed with emphasis ...
Sideline noise and takeoff field length were varied for two types of Mach 2.32 cruise airplane to de...
The baseline configuration of a Mach 2.2 supersonic cruise concept employing a 1980 - 1985 technolog...
An evaluation of various advanced propulsion concepts for supersonic cruise aircraft resulted in the...
The variable stream control engine is determined to be the most promising propulsion system concept ...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
The noise level of an uncoventional propulsion system for the next generation of subsonic, long-rang...
A study was conducted to determine the promising propulsion systems for advanced supersonic transpor...
The product/study double bypass variable cycle engine (VCE) was updated to incorporate recent improv...
A second generation, economically viable, and environmentally acceptable supersonic aircraft is revi...
The Supersonic Cruise Aircraft Resarch (SCAR) program identified significant improvements in the tec...
A comprehensive evaluation of propulsion systems for the next generation of near-sonic long range tr...
The need for greatly improved fuel efficiency and off-design subsonic characteristics is discussed. ...