The variable stream control engine is determined to be the most promising propulsion system concept for advanced supersonic cruise aircraft. This concept uses variable geometry components and a unique throttle schedule for independent control of two flow streams to provide low jet noise at takeoff and high performance at both subsonic and supersonic cruise. The advanced technology offers a 25% improvement in airplane range and an 8 decibel reduction in takeoff noise, relative to first generation supersonic turbojet engines
The results of four years research on technology are synthesized in an advanced supersonic cruise ai...
The evaluation of components of an advanced propulsion system for a future supersonic cruise vehicle...
Engine/airframe compatibilities are studied utilizing the advanced supersonic transport point design...
A continuation of the NASA/P and WA study to evaluate various types of propulsion systems for advanc...
The Variable Stream Control Engine is studied for advanced supersonic cruise aircraft. Significant e...
An evaluation of various advanced propulsion concepts for supersonic cruise aircraft resulted in the...
This study had the objectives of determining the most promising conventional and variable cycle engi...
A study was conducted to determine the promising propulsion systems for advanced supersonic transpor...
Sustained supersonic cruise propulsion systems for military applications are studied. The J79-5 in t...
The evolution and current status of selected recent variable cycle engine (VCE) studies are reviewed...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
Engine performance and mission studies were carried out for a single-spool Turbine Bypass Engine con...
The objectives and status of the propulsion portion of a program aimed at advancing the technology a...
Propulsion system characteristics for a long range, high subsonic (Mach 0.90 - 0.98), jet commercial...
The need for greatly improved fuel efficiency and off-design subsonic characteristics is discussed. ...
The results of four years research on technology are synthesized in an advanced supersonic cruise ai...
The evaluation of components of an advanced propulsion system for a future supersonic cruise vehicle...
Engine/airframe compatibilities are studied utilizing the advanced supersonic transport point design...
A continuation of the NASA/P and WA study to evaluate various types of propulsion systems for advanc...
The Variable Stream Control Engine is studied for advanced supersonic cruise aircraft. Significant e...
An evaluation of various advanced propulsion concepts for supersonic cruise aircraft resulted in the...
This study had the objectives of determining the most promising conventional and variable cycle engi...
A study was conducted to determine the promising propulsion systems for advanced supersonic transpor...
Sustained supersonic cruise propulsion systems for military applications are studied. The J79-5 in t...
The evolution and current status of selected recent variable cycle engine (VCE) studies are reviewed...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
Engine performance and mission studies were carried out for a single-spool Turbine Bypass Engine con...
The objectives and status of the propulsion portion of a program aimed at advancing the technology a...
Propulsion system characteristics for a long range, high subsonic (Mach 0.90 - 0.98), jet commercial...
The need for greatly improved fuel efficiency and off-design subsonic characteristics is discussed. ...
The results of four years research on technology are synthesized in an advanced supersonic cruise ai...
The evaluation of components of an advanced propulsion system for a future supersonic cruise vehicle...
Engine/airframe compatibilities are studied utilizing the advanced supersonic transport point design...