This report describes work carried out to assist the Fire Marshal's Branch, Construction Engineering Directorate, R.C.A.F., in the evaluation of chemical foam extinguishers. It is included in the regular report series of the Division, but with the identity of the proprietary products concealed by coding, so that the description of the methods used may be made available to others. The chief characteristic to be evaluated was the ability of the foam to adhere to the inclined metal surfaces of certain parts of aircraft for protection when applied during hangar fires.Peer reviewed: NoNRC publication: Ye
Though fire losses have fallen dramatically over the past forty years, fire remains a cause of injur...
The determination of the extinguishing capability of mechanical fire extinguishing foams has traditi...
The purpose of this research is to evaluate the fire-extinguishing performance of a compressed air f...
An investigation directed toward the development of a small-scale fire extinguishment test to assess...
The present report deals with studies to determine suitable experimental conditions for extinguishme...
The effect of the velocity of application of foam to the surface of flammable liQuid fires has been ...
The ETANKFIRE project is focused on tank fires involving ethanol; the work conductedin this part of ...
A fire test using a 2ft. by 2ft. tank has been developed for assessing the potential extinguishing e...
692M15-20-C-00026A series of fire tests were performed at the FAA William J Hughes Technical Center ...
This report examines the relative effectiveness of water mist, water mist with class A foam concentr...
Fire fighters are usually the first to arrive at the scene of a chemical incident. With the foams th...
This article evaluates the knowledge obtained in firefighting tests using compressed air foam system...
The basic characteristics of foam concentrates application rate and their flow rates for fire fighti...
The article provides studies concerning the selection for the usage of firefighting foam in the aspe...
Compressed-air foam (CAF) has been proven to be an effective fire suppression material for both Clas...
Though fire losses have fallen dramatically over the past forty years, fire remains a cause of injur...
The determination of the extinguishing capability of mechanical fire extinguishing foams has traditi...
The purpose of this research is to evaluate the fire-extinguishing performance of a compressed air f...
An investigation directed toward the development of a small-scale fire extinguishment test to assess...
The present report deals with studies to determine suitable experimental conditions for extinguishme...
The effect of the velocity of application of foam to the surface of flammable liQuid fires has been ...
The ETANKFIRE project is focused on tank fires involving ethanol; the work conductedin this part of ...
A fire test using a 2ft. by 2ft. tank has been developed for assessing the potential extinguishing e...
692M15-20-C-00026A series of fire tests were performed at the FAA William J Hughes Technical Center ...
This report examines the relative effectiveness of water mist, water mist with class A foam concentr...
Fire fighters are usually the first to arrive at the scene of a chemical incident. With the foams th...
This article evaluates the knowledge obtained in firefighting tests using compressed air foam system...
The basic characteristics of foam concentrates application rate and their flow rates for fire fighti...
The article provides studies concerning the selection for the usage of firefighting foam in the aspe...
Compressed-air foam (CAF) has been proven to be an effective fire suppression material for both Clas...
Though fire losses have fallen dramatically over the past forty years, fire remains a cause of injur...
The determination of the extinguishing capability of mechanical fire extinguishing foams has traditi...
The purpose of this research is to evaluate the fire-extinguishing performance of a compressed air f...