Add to ORKGThe objective of this work is to determine the effect of varying imposed radiation levels on the flame spread and burning characteristics of PMMA in low gravity. The NASA Learjet is used for these experiments; it provides an environment of 10(exp -2) g's for approximately 20 seconds. Flame spread rates are found to increase non-linearly with increased external radiant flux over the range studied. This range of imposed flux values is believed to be sufficient to compensate for the radiative loss from the flame and the surface
The absence of buoyancy-induced flows in microgravity (mu:g) and the resulting increase in the react...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
This research program is concerned with the effect of low speed flow on the spreading and extinction...
The flammability of combustible materials in a spacecraft is important for fire safety applications ...
Includes bibliographical references (pages 94-99).The purpose of this thesis is to perform radiation...
The overall objectives of the DARTFire project are to uncover the underlying physics and increase un...
The flammability of combustible materials in spacecraft environments is of importance for fire safet...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
The effects of diluent type on flame spread over thermally thin combustibles for different diluents ...
The premise of this research effort has been to begin exploring the gap in the literature between st...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
The absence of buoyancy-induced flows in microgravity significantly alters the fundamentals of many ...
Microgravity tests of flammability and flame spread were performed in a low-speed flow tunnel to sim...
Experiments of interest to combustion fundamentals and spacecraft fire safety investigated flame spr...
Comparison of flame spreading over thin flat surfaces in normal gravity and weightlessness in oxygen...
The absence of buoyancy-induced flows in microgravity (mu:g) and the resulting increase in the react...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
This research program is concerned with the effect of low speed flow on the spreading and extinction...
The flammability of combustible materials in a spacecraft is important for fire safety applications ...
Includes bibliographical references (pages 94-99).The purpose of this thesis is to perform radiation...
The overall objectives of the DARTFire project are to uncover the underlying physics and increase un...
The flammability of combustible materials in spacecraft environments is of importance for fire safet...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
The effects of diluent type on flame spread over thermally thin combustibles for different diluents ...
The premise of this research effort has been to begin exploring the gap in the literature between st...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
The absence of buoyancy-induced flows in microgravity significantly alters the fundamentals of many ...
Microgravity tests of flammability and flame spread were performed in a low-speed flow tunnel to sim...
Experiments of interest to combustion fundamentals and spacecraft fire safety investigated flame spr...
Comparison of flame spreading over thin flat surfaces in normal gravity and weightlessness in oxygen...
The absence of buoyancy-induced flows in microgravity (mu:g) and the resulting increase in the react...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
This research program is concerned with the effect of low speed flow on the spreading and extinction...