Full-scale aircraft cabin flammability tests to evaluate the effectiveness of new fire-resistant materials by comparing their burning characteristics with those of older aircraft materials are described. Three tests were conducted and are detailed. Test 1, using pre-1968 materials, was run to correlate the procedures and to compare the results with previous tests by other organizations. Test 2 included newer, improved fire-resistant materials. Test 3 was essentially a duplicate of test 2, but a smokeless fuel was used. Test objectives, methods, materials, and results are presented and discussed. Results indicate that the pre-1968 materials ignited easily, allowed the fire to spread, produced large amounts of smoke and toxic combustion produ...
Twenty-five large scale aircraft flammability tests were conducted in a Boeing 737 fuselage at the N...
The test methods which were developed or evaluated were intended to serve as means of comparing mate...
Ten NASA Type A fire resistant aircraft interior panels were fabricated and tested to develop assemb...
Full-scale aircraft flammability tests in which the effectiveness of new fire-resistant materials wa...
Fire tests were conducted in a 737 airplane fuselage at NASA-JSC to characterize jet fuel fires in o...
The following projects were completed as part of the effort to develop and test economically feasibl...
The objective of the test was to assess fire containment and fire extinguishment in the cargo by red...
Large-scale aircraft lavatory and cargo compartment fire tests are described. Tests were conducted t...
Twenty-six improved fire resistant materials were tested for flash-fire propensity and heat release ...
Full-scale burn tests were conducted on thirteen different seat cushion configurations in a cabin fi...
The FAA requested approximately 20 component and full-scale tests in a 737 fuselage to provide valid...
Papers are presented dealing with the development of aircraft seats with the minimum fire risk. Crit...
The procurement and testing of a wide range of candidate materials is reported. Improved fire resist...
Fire resistance mechanical property tests were conducted on sandwich configurations composed of resi...
Fire resistivity studies were conducted on a wide range of candidate nonmetallic materials being con...
Twenty-five large scale aircraft flammability tests were conducted in a Boeing 737 fuselage at the N...
The test methods which were developed or evaluated were intended to serve as means of comparing mate...
Ten NASA Type A fire resistant aircraft interior panels were fabricated and tested to develop assemb...
Full-scale aircraft flammability tests in which the effectiveness of new fire-resistant materials wa...
Fire tests were conducted in a 737 airplane fuselage at NASA-JSC to characterize jet fuel fires in o...
The following projects were completed as part of the effort to develop and test economically feasibl...
The objective of the test was to assess fire containment and fire extinguishment in the cargo by red...
Large-scale aircraft lavatory and cargo compartment fire tests are described. Tests were conducted t...
Twenty-six improved fire resistant materials were tested for flash-fire propensity and heat release ...
Full-scale burn tests were conducted on thirteen different seat cushion configurations in a cabin fi...
The FAA requested approximately 20 component and full-scale tests in a 737 fuselage to provide valid...
Papers are presented dealing with the development of aircraft seats with the minimum fire risk. Crit...
The procurement and testing of a wide range of candidate materials is reported. Improved fire resist...
Fire resistance mechanical property tests were conducted on sandwich configurations composed of resi...
Fire resistivity studies were conducted on a wide range of candidate nonmetallic materials being con...
Twenty-five large scale aircraft flammability tests were conducted in a Boeing 737 fuselage at the N...
The test methods which were developed or evaluated were intended to serve as means of comparing mate...
Ten NASA Type A fire resistant aircraft interior panels were fabricated and tested to develop assemb...