The test methods which were developed or evaluated were intended to serve as means of comparing materials on the basis of specific responses under specific sets of test conditions, using apparatus, facilities, and personnel that would be within the capabilities of perhaps the majority of laboratories. Priority was given to test methods which showed promise of addressing the pre-ignition state of a potential fire. These test methods were intended to indicate which materials may present more hazard than others under specific test conditions. These test methods are discussed and arranged according to the stage of a fire to which they are most relevant. Some observations of material performance which resulted from this work are also discussed
The overall objective of this project is to measure the fire signatures of typical spacecraft materi...
NASA Centers continue to collaborate to characterize the chemical species and smoke particles genera...
In the decades since the 1950s, when NASA first developed mechanical impact testing of materials, re...
Fire tests were conducted in a 737 airplane fuselage at NASA-JSC to characterize jet fuel fires in o...
Test program evaluates thermal and electric ignition mechanisms in selected nonmetallic materials fo...
Qualitative correlations between ground upward flammability tests and flammability testing in microg...
Approximately 300 materials were evaluated using a specific set of test conditions. Materials tested...
This slide presentation reviews the use of ground test data in reference to flammability to spacecr...
Full-scale aircraft cabin flammability tests to evaluate the effectiveness of new fire-resistant mat...
The objective of the test was to assess fire containment and fire extinguishment in the cargo by red...
Evaluation of ignition mechanisms for spacecraft materials in simulated spacecraft cabin atmosphere
Full-scale aircraft flammability tests in which the effectiveness of new fire-resistant materials wa...
Twenty-six improved fire resistant materials were tested for flash-fire propensity and heat release ...
A study of the different mechanisms controlling the initial stages of a fire in a micro-gravity env...
Fire tests are a critical component used in the process of designing a fire safe environment. For ex...
The overall objective of this project is to measure the fire signatures of typical spacecraft materi...
NASA Centers continue to collaborate to characterize the chemical species and smoke particles genera...
In the decades since the 1950s, when NASA first developed mechanical impact testing of materials, re...
Fire tests were conducted in a 737 airplane fuselage at NASA-JSC to characterize jet fuel fires in o...
Test program evaluates thermal and electric ignition mechanisms in selected nonmetallic materials fo...
Qualitative correlations between ground upward flammability tests and flammability testing in microg...
Approximately 300 materials were evaluated using a specific set of test conditions. Materials tested...
This slide presentation reviews the use of ground test data in reference to flammability to spacecr...
Full-scale aircraft cabin flammability tests to evaluate the effectiveness of new fire-resistant mat...
The objective of the test was to assess fire containment and fire extinguishment in the cargo by red...
Evaluation of ignition mechanisms for spacecraft materials in simulated spacecraft cabin atmosphere
Full-scale aircraft flammability tests in which the effectiveness of new fire-resistant materials wa...
Twenty-six improved fire resistant materials were tested for flash-fire propensity and heat release ...
A study of the different mechanisms controlling the initial stages of a fire in a micro-gravity env...
Fire tests are a critical component used in the process of designing a fire safe environment. For ex...
The overall objective of this project is to measure the fire signatures of typical spacecraft materi...
NASA Centers continue to collaborate to characterize the chemical species and smoke particles genera...
In the decades since the 1950s, when NASA first developed mechanical impact testing of materials, re...