The qualification testing of a prototype firefighter's protective ensemble is documented. Included are descriptions of the design requirements, the testing methods, and the test apparatus. The tests include measurements of individual subsystem characteristics in areas relating to both physical testing, such as heat, flame, impact penetration and human factors testing, such as dexterity, grip, and mobility. Also, measurements related to both physical and human factors testing of the complete ensemble, such as water protection, metabolic expenditures, and compatibility are considered
The following projects were completed as part of the effort to develop and test economically feasibl...
The objective of this project is the testing and evaluation of the effectiveness of a variety of fir...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering,...
Each of the subsystems comprising the protective ensemble for firefighters is described. These inclu...
Changes in construction regulations and the widespread use of synthetic material in fittings for hou...
Firefighters are involved in managing different types of firefighting activities for the safety of s...
Full-scale burn tests were conducted on thirteen different seat cushion configurations in a cabin fi...
Thermally protective clothing garments are necessary pieces of equipment that ensure the life safety...
Modern techniques, such as fault tree analysis, can be used to obtain engineering descriptions of sp...
The very nature of the fire fighting environment makes thermal degradation of turnout gear inevitabl...
This report summarizes research conducted in fiscal year 1981 for the DOE-supported project, Fire Pr...
Papers are presented dealing with the development of aircraft seats with the minimum fire risk. Crit...
Protective, flameproof foam covering improves the resistance to fire and surface contamination of lo...
This project developed, analyzed, and quantified the thermal environment for four fire scenarios cre...
Ten NASA Type A fire resistant aircraft interior panels were fabricated and tested to develop assemb...
The following projects were completed as part of the effort to develop and test economically feasibl...
The objective of this project is the testing and evaluation of the effectiveness of a variety of fir...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering,...
Each of the subsystems comprising the protective ensemble for firefighters is described. These inclu...
Changes in construction regulations and the widespread use of synthetic material in fittings for hou...
Firefighters are involved in managing different types of firefighting activities for the safety of s...
Full-scale burn tests were conducted on thirteen different seat cushion configurations in a cabin fi...
Thermally protective clothing garments are necessary pieces of equipment that ensure the life safety...
Modern techniques, such as fault tree analysis, can be used to obtain engineering descriptions of sp...
The very nature of the fire fighting environment makes thermal degradation of turnout gear inevitabl...
This report summarizes research conducted in fiscal year 1981 for the DOE-supported project, Fire Pr...
Papers are presented dealing with the development of aircraft seats with the minimum fire risk. Crit...
Protective, flameproof foam covering improves the resistance to fire and surface contamination of lo...
This project developed, analyzed, and quantified the thermal environment for four fire scenarios cre...
Ten NASA Type A fire resistant aircraft interior panels were fabricated and tested to develop assemb...
The following projects were completed as part of the effort to develop and test economically feasibl...
The objective of this project is the testing and evaluation of the effectiveness of a variety of fir...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering,...