AbstractUltra-fine water mist (UFM) is a clean agent with a gas like property. Fire suppression experiemt was conducted in a confined space. Numerical simulation using DPM model and dense gas model were carried out to compare with experiment. Simulaition discovered that dense gas model is more suitable for predicting UFM transportation and flow behavior compared with DPM model. Both experiment and simulation found that fire of a larger size is easier to extinguish in a compartment space, which is because fire sources can promote transportation of UFM in a compartment. Fire location also affects the fire suppression performance by promoting or suppressing the transportation of UFM
Fire suppression using a water mist nozzle directly above an n-Heptane pool in a fire compartment wi...
Water-mist systems have become a promising technology in the fire-fighting field over the last twent...
AbstractThe paper introduced a kind of new ultra-fine water mist extinguisher, and conducted serials...
AbstractUltra-fine water mist (UFM) is a clean agent with a gas like property. Fire suppression expe...
Clean gaseous agents are very effective in extinguishing fires, but where the enclosure integrity ca...
AbstractSpray fire is a primary disaster in machinery space. Previous studies demonstrated that smal...
This study aims to investigate the effectiveness of water mist on suppressing a shielded fire. Full-...
Substantial progress has been made in studying water mist fire suppression systems (WMFSSs) in the p...
Solid fire extinguishment by water mist will be studied by using field modeling technique. The capab...
A computational fluid model called Fire Dynamics Simulator was demonstrated to be an effective tool ...
International audienceExperiments in a real-scale room were done on water mist application to a pool...
A zone model is proposed for studying the obstructed fire suppression by a total flooding water mist...
Water-mist systems have become quite popular over the last two decades as an innovative technology i...
The overall objective of this area is to evaluate and understand the fire suppression behavior of a ...
This article is an attempt to reveal the fire extinguishing mechanism under the action of pulsed wat...
Fire suppression using a water mist nozzle directly above an n-Heptane pool in a fire compartment wi...
Water-mist systems have become a promising technology in the fire-fighting field over the last twent...
AbstractThe paper introduced a kind of new ultra-fine water mist extinguisher, and conducted serials...
AbstractUltra-fine water mist (UFM) is a clean agent with a gas like property. Fire suppression expe...
Clean gaseous agents are very effective in extinguishing fires, but where the enclosure integrity ca...
AbstractSpray fire is a primary disaster in machinery space. Previous studies demonstrated that smal...
This study aims to investigate the effectiveness of water mist on suppressing a shielded fire. Full-...
Substantial progress has been made in studying water mist fire suppression systems (WMFSSs) in the p...
Solid fire extinguishment by water mist will be studied by using field modeling technique. The capab...
A computational fluid model called Fire Dynamics Simulator was demonstrated to be an effective tool ...
International audienceExperiments in a real-scale room were done on water mist application to a pool...
A zone model is proposed for studying the obstructed fire suppression by a total flooding water mist...
Water-mist systems have become quite popular over the last two decades as an innovative technology i...
The overall objective of this area is to evaluate and understand the fire suppression behavior of a ...
This article is an attempt to reveal the fire extinguishing mechanism under the action of pulsed wat...
Fire suppression using a water mist nozzle directly above an n-Heptane pool in a fire compartment wi...
Water-mist systems have become a promising technology in the fire-fighting field over the last twent...
AbstractThe paper introduced a kind of new ultra-fine water mist extinguisher, and conducted serials...