In reduced gravity, the combustion of solid fuel in low-speed flow can be studied. The flame behavior in this low-speed regime will fill a void in our understanding of the flow effect on combustion. In addition, it is important for spacecraft fire safety considerations. In this work, modeling and experimental work on low-speed forced-concurrent-flow flame spread are carried out. In addition, experiments on reduced-gravity buoyant-flow flame spread are performed
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
A numerical model is developed to examine laminar flame spread and extinction over a thin solid fuel...
This research program is concerned with the effect of low speed flow on the spreading and extinction...
A numerical model is developed to examine laminar flame spread and extinction over a thin solid fuel...
The effect of very low speed forced flows on the size and shape of a solid fuel diffusion flame are ...
The flame spread and flame extinction characteristics of a thin fuel burning in a low-speed forced c...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
As a part of the NASA BASS and BASS-II experimental projects aboard the International Space Station,...
Several aspects of opposed-flow flame spread are experimentally investigated because of their releva...
Several aspects of opposed-flow flame spread are experimentally investigated because of their releva...
The flame behaviors in a narrow gap with low-velocity airflow are significantly different from buoya...
The flame behaviors in a narrow gap with low-velocity airflow are significantly different from buoya...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
A numerical model is developed to examine laminar flame spread and extinction over a thin solid fuel...
This research program is concerned with the effect of low speed flow on the spreading and extinction...
A numerical model is developed to examine laminar flame spread and extinction over a thin solid fuel...
The effect of very low speed forced flows on the size and shape of a solid fuel diffusion flame are ...
The flame spread and flame extinction characteristics of a thin fuel burning in a low-speed forced c...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
As a part of the NASA BASS and BASS-II experimental projects aboard the International Space Station,...
Several aspects of opposed-flow flame spread are experimentally investigated because of their releva...
Several aspects of opposed-flow flame spread are experimentally investigated because of their releva...
The flame behaviors in a narrow gap with low-velocity airflow are significantly different from buoya...
The flame behaviors in a narrow gap with low-velocity airflow are significantly different from buoya...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
The future generation of inhabited spacecraft will have a significantly different cabin environment ...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
We report results from a microgravity combustion experiment conducted aboard the SJ-10 satellite of ...
A numerical model is developed to examine laminar flame spread and extinction over a thin solid fuel...