Recent hot fire testing at the Marshall Space Flight Center (MSFC) has indicated the swirl-coaxial element to be a viable candidate for the STBE injector. Plans are to test the current 40K lbf thrust injector at the higher chamber pressure and colder fuel temperature which are anticipated for STBE. A cold flow program to characterize the swirl coax element over a range of operating points was conducted. The results are presented and compared to the hot fire data. Predictions for compatibility, performance and stability are then presented for the uprated test conditions
A LOX/GH2 swirl injector was designed for a 10:1 propellant throttling range. To accomplish this, a ...
The Center for Space Exploration Technology Research (cSETR) has developed a set of shear coaxial in...
The design for this research project requires a small MKV design about the size of a small baseball ...
Liquid propellant rocket engine injectors using coaxial elements where the center liquid is swirled ...
The Air Force Research Laboratory (AFRL) is undertaking a program to improve the development of a ga...
A study of the spray of a swirl coaxial gas-liquid injector operating at high gas to liquid momentum...
An experimental program was conducted to characterize the circular coaxial injector concept for appl...
NASA Marshall Space Flight Center (MSFC) has embarked upon a joint project with the Air Force to imp...
The envisioned MKV package design for this particular research project will include 20–40 MKVs each ...
Stable combustion within rocket engines is a continuing concern for designers of rocket engine syste...
To achieve uniform and efficient combustion in a rocket engine, a fine uniform spray is needed. The ...
abstract: Atomization of fluids inside combustion chamber has been a very complex and long-lasting s...
The objective of the current thesis work could be basically summarized as the realization of the fli...
The combustion characteristics of a staged combustion cycle engine with an oxidizer-rich preburner w...
AbstractBased on the fractional volume of fluid (VOF), a pure Eulerian model for defining and captur...
A LOX/GH2 swirl injector was designed for a 10:1 propellant throttling range. To accomplish this, a ...
The Center for Space Exploration Technology Research (cSETR) has developed a set of shear coaxial in...
The design for this research project requires a small MKV design about the size of a small baseball ...
Liquid propellant rocket engine injectors using coaxial elements where the center liquid is swirled ...
The Air Force Research Laboratory (AFRL) is undertaking a program to improve the development of a ga...
A study of the spray of a swirl coaxial gas-liquid injector operating at high gas to liquid momentum...
An experimental program was conducted to characterize the circular coaxial injector concept for appl...
NASA Marshall Space Flight Center (MSFC) has embarked upon a joint project with the Air Force to imp...
The envisioned MKV package design for this particular research project will include 20–40 MKVs each ...
Stable combustion within rocket engines is a continuing concern for designers of rocket engine syste...
To achieve uniform and efficient combustion in a rocket engine, a fine uniform spray is needed. The ...
abstract: Atomization of fluids inside combustion chamber has been a very complex and long-lasting s...
The objective of the current thesis work could be basically summarized as the realization of the fli...
The combustion characteristics of a staged combustion cycle engine with an oxidizer-rich preburner w...
AbstractBased on the fractional volume of fluid (VOF), a pure Eulerian model for defining and captur...
A LOX/GH2 swirl injector was designed for a 10:1 propellant throttling range. To accomplish this, a ...
The Center for Space Exploration Technology Research (cSETR) has developed a set of shear coaxial in...
The design for this research project requires a small MKV design about the size of a small baseball ...