The National Institute of Standards and Technology (NIST) has investigated the fire conditions of two very different fire training incidents that resulted in the loss of life. One incident occurred in an acquired structure and the other occurred in a concrete training tower. In both cases, NIST conducted real scale fire experiments to gain insight into the thermal conditions that may have existed during the incidents. The results of the experiments will be presented and discussed so that future incidents of this type can be avoided. This is one of many studies by NIST to assist the fire service in the practical understanding of fire dynamics. This paper will provide a summary of each incident and a discussion of how the incidents were simul...
In 2013, over 7,500 firefighters were injured during training related activities, including highrisk...
In this paper, coupled fire and evacuation simulation tools are used to simulate the Station Nightcl...
Controlled fires are beneficial for the generation of heat and power while uncontrolled fires, like ...
Approximately 20 % of the fire fighters killed at structure fires over the past ten years (not count...
Compartment fires are a major cause of property destruction, often resulting in firefighter injury o...
This paper aims to investigate the potential causes of a fire event that occurred in a fabric finish...
The design of structures in fire has usually been based on ISO standard fires. For higher quality de...
"Fire fighters are subjected to many hazards when participating in live-fire training. Training faci...
Investigating the fire type events is characterized by a high degree of complexity, due to the fact ...
Fire is defined as an extremely hazardous event, causing a threat to life and health of persons, but...
Traditional methods for specifying thermal inputs for the structural fire analysis of buildings assu...
The scientific study of the harmful effects of indoor fires on building structures and on the enviro...
Fire-fighting training rarely takes place in severe post-flashover environments, which is the likely...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
Data from a full-scale test of temperature and smoke spread, in a realistic multi-room setting, was ...
In 2013, over 7,500 firefighters were injured during training related activities, including highrisk...
In this paper, coupled fire and evacuation simulation tools are used to simulate the Station Nightcl...
Controlled fires are beneficial for the generation of heat and power while uncontrolled fires, like ...
Approximately 20 % of the fire fighters killed at structure fires over the past ten years (not count...
Compartment fires are a major cause of property destruction, often resulting in firefighter injury o...
This paper aims to investigate the potential causes of a fire event that occurred in a fabric finish...
The design of structures in fire has usually been based on ISO standard fires. For higher quality de...
"Fire fighters are subjected to many hazards when participating in live-fire training. Training faci...
Investigating the fire type events is characterized by a high degree of complexity, due to the fact ...
Fire is defined as an extremely hazardous event, causing a threat to life and health of persons, but...
Traditional methods for specifying thermal inputs for the structural fire analysis of buildings assu...
The scientific study of the harmful effects of indoor fires on building structures and on the enviro...
Fire-fighting training rarely takes place in severe post-flashover environments, which is the likely...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
Data from a full-scale test of temperature and smoke spread, in a realistic multi-room setting, was ...
In 2013, over 7,500 firefighters were injured during training related activities, including highrisk...
In this paper, coupled fire and evacuation simulation tools are used to simulate the Station Nightcl...
Controlled fires are beneficial for the generation of heat and power while uncontrolled fires, like ...