Add to ORKGThe work has encompassed several topics related to the experimental and theoretical study of combustion limits in premixed flames at microgravity. These topics include (1) flame structure and stability at low Lewis number (which is the basis for the SOFBALL space flight experiment), (2) flame propagation and extinction in cylindrical tubes, and (3) experimental simulation of combustion processes using autocatalytic chemical reactions. Progress on each of these topics is outlined
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
A possible scenario of fire inception in microgravity is ignition and burning of solid or liquid mat...
At low gravity, when buoyancy effects are small, flame-balls can be generated. These are stationary ...
The Structure of Flame Balls at Low Lewis-Number (SOFBALL) experiment explored the behavior of a new...
The work of the Principal Investigator (PI) has encompassed four topics related to the experimental ...
Results from the Structure Of Flame Balls At Low Lewis-number (SOFBALL) space flight experiment cond...
Modeling plays a vital role in providing physical insights into behavior revealed by experiment. The...
A three-year experimental and theoretical research program on the mechanisms of combustion limits of...
A two and one-half year experimental and theoretical research program on the properties of laminar a...
Combustion science and applications have benefited in unforeseen ways from experimental research per...
The need for an improved understanding of fires is becoming critically important with increased spac...
The study of fundamental combustion and fluid physics in a microgravity environment is a relatively ...
The structure and stability of flame balls and the characteristics of the outwardly propagating sphe...
The near-zero (microgravity) environment of orbiting spacecraft minimizes buoyant flows, greatly sim...
The study of fundamental combustion processes in a microgravity environment is a relatively new scie...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
A possible scenario of fire inception in microgravity is ignition and burning of solid or liquid mat...
At low gravity, when buoyancy effects are small, flame-balls can be generated. These are stationary ...
The Structure of Flame Balls at Low Lewis-Number (SOFBALL) experiment explored the behavior of a new...
The work of the Principal Investigator (PI) has encompassed four topics related to the experimental ...
Results from the Structure Of Flame Balls At Low Lewis-number (SOFBALL) space flight experiment cond...
Modeling plays a vital role in providing physical insights into behavior revealed by experiment. The...
A three-year experimental and theoretical research program on the mechanisms of combustion limits of...
A two and one-half year experimental and theoretical research program on the properties of laminar a...
Combustion science and applications have benefited in unforeseen ways from experimental research per...
The need for an improved understanding of fires is becoming critically important with increased spac...
The study of fundamental combustion and fluid physics in a microgravity environment is a relatively ...
The structure and stability of flame balls and the characteristics of the outwardly propagating sphe...
The near-zero (microgravity) environment of orbiting spacecraft minimizes buoyant flows, greatly sim...
The study of fundamental combustion processes in a microgravity environment is a relatively new scie...
Experimental results obtained in drop towers and in Space Shuttle based experiments coupled with mod...
A possible scenario of fire inception in microgravity is ignition and burning of solid or liquid mat...
At low gravity, when buoyancy effects are small, flame-balls can be generated. These are stationary ...