This is the final report for the Pressure Fed Technology Program. It details the design, fabrication and testing of subscale hardware which successfully characterized LOX/RP combustion for a low cost pressure fed design. The innovative modular injector design is described in detail as well as hot-fire test results which showed excellent performance. The program summary identifies critical LOX/RP design issues that have been resolved by this testing, and details the low risk development requirements for a low cost engine for future Expendable Launch Vehicles (ELVi)
An injector for 3000 psia chamber pressure using liquid oxygen and gaseous methane propellants is pr...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
Performance and stability characteristics of rocket engine injectors using liquid oxygen propellan
The University of Texas at El Paso (UTEP) Center for Space Exploration and Technology Research (cSET...
A summary of the design analyses for a liquid rocket injector using oxygen and RP-1 propellants at h...
The test results of small LOX/LH2 engines for two propulsion systems, a pump fed system and a pressu...
The University of Texas at El Paso (UTEP) Center for Space Exploration and Technology Research (cSET...
A design and experimental program to develop special instrumentation systems, design engine hardware...
An abbreviated program was conducted to investigate igniter, injector, and thrust chamber technology...
A 60,000 lb trust liquid Oxygen (LOX) and rocket propellant #1 (RP-1) rocket engine is being develop...
The engine weight, mass properties data, and engine design criteria and specifications are presented...
Work performed during Phase one is summarized and the significant technical and programmatic accompl...
NASA's Marshall Space Flight Center(MSFC) has been tasked with developing a 60,000 pound thrust, pum...
The effect of elevated chamber pressure on combustion efficiency and heat transfer has been determin...
An injector for 3000 psia chamber pressure using liquid oxygen and gaseous methane propellants is pr...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
Performance and stability characteristics of rocket engine injectors using liquid oxygen propellan
The University of Texas at El Paso (UTEP) Center for Space Exploration and Technology Research (cSET...
A summary of the design analyses for a liquid rocket injector using oxygen and RP-1 propellants at h...
The test results of small LOX/LH2 engines for two propulsion systems, a pump fed system and a pressu...
The University of Texas at El Paso (UTEP) Center for Space Exploration and Technology Research (cSET...
A design and experimental program to develop special instrumentation systems, design engine hardware...
An abbreviated program was conducted to investigate igniter, injector, and thrust chamber technology...
A 60,000 lb trust liquid Oxygen (LOX) and rocket propellant #1 (RP-1) rocket engine is being develop...
The engine weight, mass properties data, and engine design criteria and specifications are presented...
Work performed during Phase one is summarized and the significant technical and programmatic accompl...
NASA's Marshall Space Flight Center(MSFC) has been tasked with developing a 60,000 pound thrust, pum...
The effect of elevated chamber pressure on combustion efficiency and heat transfer has been determin...
An injector for 3000 psia chamber pressure using liquid oxygen and gaseous methane propellants is pr...
A comparison of the cooling requirements and attainable specific impulse performance of engines in t...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...