This article examines various uncertainties relating to calculation methods for the balcony spill plume. The approach of physical scale modeling is used in the analysis. Comparisons are made between experimental results and predictions made using these calculation methods. This work has demonstrated that the presence of a downstand from the soffit at the spill edge of a compartment opening appears to have little effect on the entrainment of air into the subsequent spill plume. A simplified spill plume formula has also been developed to predict the mass flow rate of gases, which inherently includes entrainment of air into the free end
ABSTRACT: Whether the balcony spill plume will rise unhindered as a free plume or curl inward and in...
Whether the balcony spill plume will rise unhindered as a free plume or curl inward and interact wit...
Smoke management in buildings during fire events often uses mechanical ventilation systems to mainta...
ABSTRACT: This paper examines various uncertainties relating to calculation methods for the balcony ...
In the design of smoke ventilation systems, a crucial input parameter for balcony spill plume calcul...
Smoke management design for buildings such as atria and multi-level complexes often requires conside...
Currently there is limited design guidance for calculation that involves an unchannelled balcony spi...
This work provides new experimental data to characterise entrainment of air into adhered thermal spi...
An investigation on the scenarios of the spill plume and its equation was presented in this paper. T...
The use of channelling screens in smoke management design can reduce balcony spill plume entrainment...
A novel analytical formulation, hereafter referred to as the curved plume formulation, has been deve...
In the event of a fire, atrium buildings often require the use of smoke control systems to provide c...
The design of smoke management systems for buildings such as atria, covered shopping malls and spor...
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) initiated a p...
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) initiated a p...
ABSTRACT: Whether the balcony spill plume will rise unhindered as a free plume or curl inward and in...
Whether the balcony spill plume will rise unhindered as a free plume or curl inward and interact wit...
Smoke management in buildings during fire events often uses mechanical ventilation systems to mainta...
ABSTRACT: This paper examines various uncertainties relating to calculation methods for the balcony ...
In the design of smoke ventilation systems, a crucial input parameter for balcony spill plume calcul...
Smoke management design for buildings such as atria and multi-level complexes often requires conside...
Currently there is limited design guidance for calculation that involves an unchannelled balcony spi...
This work provides new experimental data to characterise entrainment of air into adhered thermal spi...
An investigation on the scenarios of the spill plume and its equation was presented in this paper. T...
The use of channelling screens in smoke management design can reduce balcony spill plume entrainment...
A novel analytical formulation, hereafter referred to as the curved plume formulation, has been deve...
In the event of a fire, atrium buildings often require the use of smoke control systems to provide c...
The design of smoke management systems for buildings such as atria, covered shopping malls and spor...
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) initiated a p...
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) initiated a p...
ABSTRACT: Whether the balcony spill plume will rise unhindered as a free plume or curl inward and in...
Whether the balcony spill plume will rise unhindered as a free plume or curl inward and interact wit...
Smoke management in buildings during fire events often uses mechanical ventilation systems to mainta...