AbstractUnder certain conditions, the screen doors of the platform can affect smoke spread and evacuation in a subway fire. The physical model and mathematical model were established by taking a real subway station as an example. And the smoke spread in a train fire was simulated by using CFD method. Effect of four open ways of screen doors on fire smoke and evacuation were analyzed. The research can provide a theoretical basis and technical support for the emergency evacuation plan and performance-based design of the subway
Subway is consisted of tunnels, platforms and ventilation shafts. The air flow between these structu...
This is a two-year project, in which two parts of research had been implemented and the results are ...
In fires of subway stations, the most immediate threat to passeng’e rlsife is not the direct exposur...
To control longitudinal smoke spread and increase the time available for evacuation at subway platfo...
In this study, a three-dimensional flow analysis of underground subway station was conducted by appl...
Fire accidents often lead to tremendous losses and smoke has been reported to be the main cause of t...
In this study, three full-scale experiments and a series of numerical simulations were conducted to ...
A running traffic train induces piston wind in the subway. The influence of piston wind on fire smok...
In order to explore the law of smoke spread in the fire environment of an island-style subway statio...
The subway station is a special location with very dense crowd. Because subway station situates in u...
AbstractThis paper describes the methods for simulation of the fire smoke in domestic and foreign su...
In fires of subway stations, the most immediate threat to passengers’ life is not the direct exposur...
The metro depot area has the characteristics of large area and high storey and the smoke diffusion u...
A subway station is a confined space, so it is very important to evacuate people safely in case of a...
In urban areas the demand for public transportation is constantly growing. Underground railway syste...
Subway is consisted of tunnels, platforms and ventilation shafts. The air flow between these structu...
This is a two-year project, in which two parts of research had been implemented and the results are ...
In fires of subway stations, the most immediate threat to passeng’e rlsife is not the direct exposur...
To control longitudinal smoke spread and increase the time available for evacuation at subway platfo...
In this study, a three-dimensional flow analysis of underground subway station was conducted by appl...
Fire accidents often lead to tremendous losses and smoke has been reported to be the main cause of t...
In this study, three full-scale experiments and a series of numerical simulations were conducted to ...
A running traffic train induces piston wind in the subway. The influence of piston wind on fire smok...
In order to explore the law of smoke spread in the fire environment of an island-style subway statio...
The subway station is a special location with very dense crowd. Because subway station situates in u...
AbstractThis paper describes the methods for simulation of the fire smoke in domestic and foreign su...
In fires of subway stations, the most immediate threat to passengers’ life is not the direct exposur...
The metro depot area has the characteristics of large area and high storey and the smoke diffusion u...
A subway station is a confined space, so it is very important to evacuate people safely in case of a...
In urban areas the demand for public transportation is constantly growing. Underground railway syste...
Subway is consisted of tunnels, platforms and ventilation shafts. The air flow between these structu...
This is a two-year project, in which two parts of research had been implemented and the results are ...
In fires of subway stations, the most immediate threat to passeng’e rlsife is not the direct exposur...