In the event of a fire, the performance of a pressurised stairwell in a multi-storey building is analysed for different operating conditions. The analysis is performed with the CFD code FDS 6.7.1. Different fire scenarios (air flow through an open fire door, pressure difference through a closed fire door) are modelled following the only available European standard to demonstrate that building occupants can safely egress during the fire. "Cold" and "on fire" scenarios are compared; the role of the fire in the design of a pressurization system, to correctly assess the pressure difference across a closed fire door connecting a stairwell and a corridor, is underlined
Smoke movement and ambient airflow in a stairwell under fire scenarios are studied numerically using...
The air pumping effect of a fire plume, proposed years ago, to give a higher air intake rate through...
Fire-induced pressures have not been considered dangerous in building fires, but the situation may b...
The present work describes Computational Fluid Dynamics (CFD) simulations of fire-induced pressure r...
Pressurization system in fire stairs is required for high-rise building for safety evacuation in fir...
A residential block consists of two buildings connected via an Atrium is common nowadays because the...
Pressurization system in fire stairs is required for high-rise building for safety evacuation in fir...
2012 International Symposium on Safety Science and Engineering in China, ISSSE 2012, Beijing, 7-9 No...
Numerical simulations of fire-induced smoke movement in the stairwell of a high-rise building are co...
When fires happen in high-rise buildings, to prevent smoke and toxic gases into the emergency stairc...
Pressure differential systems have the purpose of maintaining tenable conditions in protected spaces...
Smoke control systems are used to prevent the spread of fire and smoke within buildings. Typical are...
Numerical simulations of fire-induced smoke movement in the stairwell of a high-rise building are co...
The effect of Positive Pressure Ventilation (PPV) on compartment fires in a 1:4 scale four-storey bu...
A number of fire ventilation scenarios were investigated to identify the proper ventilation scheme f...
Smoke movement and ambient airflow in a stairwell under fire scenarios are studied numerically using...
The air pumping effect of a fire plume, proposed years ago, to give a higher air intake rate through...
Fire-induced pressures have not been considered dangerous in building fires, but the situation may b...
The present work describes Computational Fluid Dynamics (CFD) simulations of fire-induced pressure r...
Pressurization system in fire stairs is required for high-rise building for safety evacuation in fir...
A residential block consists of two buildings connected via an Atrium is common nowadays because the...
Pressurization system in fire stairs is required for high-rise building for safety evacuation in fir...
2012 International Symposium on Safety Science and Engineering in China, ISSSE 2012, Beijing, 7-9 No...
Numerical simulations of fire-induced smoke movement in the stairwell of a high-rise building are co...
When fires happen in high-rise buildings, to prevent smoke and toxic gases into the emergency stairc...
Pressure differential systems have the purpose of maintaining tenable conditions in protected spaces...
Smoke control systems are used to prevent the spread of fire and smoke within buildings. Typical are...
Numerical simulations of fire-induced smoke movement in the stairwell of a high-rise building are co...
The effect of Positive Pressure Ventilation (PPV) on compartment fires in a 1:4 scale four-storey bu...
A number of fire ventilation scenarios were investigated to identify the proper ventilation scheme f...
Smoke movement and ambient airflow in a stairwell under fire scenarios are studied numerically using...
The air pumping effect of a fire plume, proposed years ago, to give a higher air intake rate through...
Fire-induced pressures have not been considered dangerous in building fires, but the situation may b...