Identification of components affecting the resilience of urban buildings against fire (by structural equivalence method and LISREL software)

Safety against the phenomenon of fire is a stereotype that we read its necessity, see, warn about it, and sometimes feel painfully its non-existence. The engineering of a building against fire is itself a kind of architectural infrastructure in the building stability that has been proposed and agreed on a stable metropolitan scale since 2015. Knowledge of Sustain building design against fire phenomena requires a thorough knowledge from building architecture, knowledge of fire and smoke factor, and how fire flows during fire in buildings, and optimum coating of building structure against flame and heat caused by fire This paper by investigating the impact of each of these three components and identifies their sub-components by extracting data from questionnaires based on Structural Equation Method and then LISREL software analysis, by determining the weighting of each of the components and the factors affecting the components ranks the factors affecting emergency discharge in the building body. Following and by the help of this weighting, the present study explains the conceptual model of the components affecting the stability of a building against a massive fire.