Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles which would deliver large space structures to geosynchronous equatorial orbit. Low-thrust engine performance, weight, and envelope parametric data were established, preliminary design information was generated, and technologies for liquid rocket engines were identified. Two major engine design drivers were considered in the study: cooling and engine cycle options. Both film-cooled and regeneratively cooled engines were evaluated. The propellant combinations studied were hydrogen/oxygen, methane/oxygen, and kerosene/oxygen
Preliminary identification and evaluation of promising liquid oxygen/ hydrocarbon (LO2/HC) rocket en...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
An abbreviated program was conducted to investigate igniter, injector, and thrust chamber technology...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
Results from investigations leading to the definition of low thrust chemical engine concepts are des...
An advanced LOX/LH2 engine study for the use of NASA and vehicle prime contractors in developing con...
Two hydrogen oxygen rocket engine system concepts were analyzed parametrically over a thrust range f...
An evaluation liquid oxygen (LOX) and various hydrocarbon fuels as low cost alternative propellants ...
Engine design, performance, weight and envelope data were established for three mixed-mode orbit-tra...
The feasibility and design impact of a requirement for the advanced expander cycle engine to be adap...
Preliminary identification and evaluation of promising LO2/Hydrocarbon rocket engine cycles were use...
This study identifies and evaluates promising LO2/HC rocket engine cycles, produces a consistent and...
An overview of NASA's low thrust liquid chemical propulsion program is presented with particular emp...
A program to evaluate liquid oxygen and various hydrocarbon fuel as low cost alternative propellants...
High pressure liquid rocket engine design, performance, weight, envelope, and operational characteri...
Preliminary identification and evaluation of promising liquid oxygen/ hydrocarbon (LO2/HC) rocket en...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
An abbreviated program was conducted to investigate igniter, injector, and thrust chamber technology...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
Results from investigations leading to the definition of low thrust chemical engine concepts are des...
An advanced LOX/LH2 engine study for the use of NASA and vehicle prime contractors in developing con...
Two hydrogen oxygen rocket engine system concepts were analyzed parametrically over a thrust range f...
An evaluation liquid oxygen (LOX) and various hydrocarbon fuels as low cost alternative propellants ...
Engine design, performance, weight and envelope data were established for three mixed-mode orbit-tra...
The feasibility and design impact of a requirement for the advanced expander cycle engine to be adap...
Preliminary identification and evaluation of promising LO2/Hydrocarbon rocket engine cycles were use...
This study identifies and evaluates promising LO2/HC rocket engine cycles, produces a consistent and...
An overview of NASA's low thrust liquid chemical propulsion program is presented with particular emp...
A program to evaluate liquid oxygen and various hydrocarbon fuel as low cost alternative propellants...
High pressure liquid rocket engine design, performance, weight, envelope, and operational characteri...
Preliminary identification and evaluation of promising liquid oxygen/ hydrocarbon (LO2/HC) rocket en...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
An abbreviated program was conducted to investigate igniter, injector, and thrust chamber technology...