A study was made to evaluate potential improvement to a commercial supersonic transport by powering it with supersonic through-flow fan turbofan engines. A Mach 3.2 mission was considered. The three supersonic fan engines considered were designed to operate at bypass ratios of 0.25, 0.5, and 0.75 at supersonic cruise. For comparison a turbine bypass turbojet was included in the study. The engines were evaluated on the basis of aircraft takeoff gross weight with a payload of 250 passengers for a fixed range of 5000 N.MI. The installed specific fuel consumption of the supersonic fan engines was 7 to 8 percent lower than that of the turbine bypass engine. The aircraft powered by the supersonic fan engines had takeoff gross weights 9 to 13 perc...
Technology assessment studies were conducted to provide an updated technology base from which an adv...
A simplified mission analysis was performed to determine an optimum engine cycle for a 100-passenger...
The concept of a variable cycle turbofan engine with an axially supersonic fan stage as powerplant f...
Engine performance and mission studies were performed for turbofan engines with supersonic through-f...
Engine performance and mission studies were carried out for turbofan engines equipped with supersoni...
Engine performance and mission studies were carried out for a single-spool Turbine Bypass Engine con...
Engine airframe integration effects are investigated for supersonic through-flow fan engines install...
A study was conducted to assess the performance potential of a supersonic through-flow fan engine fo...
An analytical study of a supersonic-cruise, executive, jet aircraft indicated the effects of using a...
Supersonic throughflow fan research, and technology needs are reviewed. The design of a supersonic t...
NASA and GE teamed to design and build a 57 percent engine scaled fan stage for a Mach 4 variable cy...
Increased need for more efficient long-range supersonic flight has revived interest in the supersoni...
This study had the objectives of determining the most promising conventional and variable cycle engi...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
Increased emphasis on sustained supersonic or hypersonic cruise has revived interest in the superson...
Technology assessment studies were conducted to provide an updated technology base from which an adv...
A simplified mission analysis was performed to determine an optimum engine cycle for a 100-passenger...
The concept of a variable cycle turbofan engine with an axially supersonic fan stage as powerplant f...
Engine performance and mission studies were performed for turbofan engines with supersonic through-f...
Engine performance and mission studies were carried out for turbofan engines equipped with supersoni...
Engine performance and mission studies were carried out for a single-spool Turbine Bypass Engine con...
Engine airframe integration effects are investigated for supersonic through-flow fan engines install...
A study was conducted to assess the performance potential of a supersonic through-flow fan engine fo...
An analytical study of a supersonic-cruise, executive, jet aircraft indicated the effects of using a...
Supersonic throughflow fan research, and technology needs are reviewed. The design of a supersonic t...
NASA and GE teamed to design and build a 57 percent engine scaled fan stage for a Mach 4 variable cy...
Increased need for more efficient long-range supersonic flight has revived interest in the supersoni...
This study had the objectives of determining the most promising conventional and variable cycle engi...
The impact of advanced supersonic technologies on the performance and characteristics of a supersoni...
Increased emphasis on sustained supersonic or hypersonic cruise has revived interest in the superson...
Technology assessment studies were conducted to provide an updated technology base from which an adv...
A simplified mission analysis was performed to determine an optimum engine cycle for a 100-passenger...
The concept of a variable cycle turbofan engine with an axially supersonic fan stage as powerplant f...