Citation

Džolev I, Laban M, Draganić S. Safety Sci. 2021; 135: e105094.

Copyright

(Copyright © 2021, Elsevier Publishing)

DOI

10.1016/j.ssci.2020.105094

PMID

unavailable

Abstract

Changing dynamics of residential fires is a result of changes in dwelling size, geometry, spatial organization, contents and building materials over the past 50 years, as well as the added complexity to the fire behaviour. While the physics of fire development has not changed over time, the socio-political and economic tendencies have influenced contemporary dwelling. A single family home has evolved due to changes in building materials and furnishings. An overview of different national codes for defining fire load in residential buildings has shown a great discrepancy and deviation in proposed fire load density. Such uncertainties and changes in the way of living result in the need to continually update fire load data through new fire load surveys. A study on fire load density was conducted on a sample of 120 three-room family apartments, located in residential buildings and houses in Novi Sad, Serbia. Fire load was determined by the combination method (weighing and inventory) and was compared to other research results. Based on the survey results, fire load density in residential building apartments in Serbia has doubled in the past 30 years, affecting the overall fire safety by the increase of energy being released during combustion. The influence of fire load density on fire development was studied on a representative apartment using computer code OZone. The consequences of the increase of fire load are mostly reflected on the extension of the fully developed fire stage duration and the maximum temperatures reached, leading to higher fire risk associated to residential housing.

Language: en

Keywords

Fire development; Fire load survey; OZone software