AbstractThe cable tunnel fire spreads rapidly, the high-temperature toxic smog accumulates, and the fire fighting is of great difficulties. Once the fire hazard occurs, serious economic losses and casualties will be caused. Through the numerical simulation of the cable tunnel fire process, and the analysis and summary of simulation results, conclusions are drawn of flue gas spread situation and the section temperature changes during the generating process of cable tunnel fires. Then the best fire fighting time is proposed, which provides references for development of fire-fighting measures and selection of the fire protection system
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...
Fire safety is considered as one of the major objectives in design, construction and specially tunne...
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...
AbstractThe cable tunnel fire spreads rapidly, the high-temperature toxic smog accumulates, and the ...
The complex structure, poor ventilation as well as large number of cables impose risks to the operat...
Simulation, as a method of scientific research, makes it possible, without performing costly and lab...
Simulation, as a method of scientific research, makes it possible, without performing costly and lab...
Fires caused by cables occur frequently in mines, which endanger the safety of workers. To explore t...
Fires in cable tunnels as opposed to fires in buildings, in coal mines and other facilities have the...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
In a society increasingly more influenced by technology and electricity, electrical and computer cab...
The paper describes an application of numerical simulation of fire dynamics and evacuation of people...
The physical and predictive mathematical models of heat and mass transfer, phase transformations and...
The physical and predictive mathematical models of heat and mass transfer, phase transformations and...
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...
Fire safety is considered as one of the major objectives in design, construction and specially tunne...
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...
AbstractThe cable tunnel fire spreads rapidly, the high-temperature toxic smog accumulates, and the ...
The complex structure, poor ventilation as well as large number of cables impose risks to the operat...
Simulation, as a method of scientific research, makes it possible, without performing costly and lab...
Simulation, as a method of scientific research, makes it possible, without performing costly and lab...
Fires caused by cables occur frequently in mines, which endanger the safety of workers. To explore t...
Fires in cable tunnels as opposed to fires in buildings, in coal mines and other facilities have the...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
In a society increasingly more influenced by technology and electricity, electrical and computer cab...
The paper describes an application of numerical simulation of fire dynamics and evacuation of people...
The physical and predictive mathematical models of heat and mass transfer, phase transformations and...
The physical and predictive mathematical models of heat and mass transfer, phase transformations and...
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...
Fire safety is considered as one of the major objectives in design, construction and specially tunne...
Many cables are placed in the underground utility tunnel, which are with greater fire hazards. Once ...