Asaduzzaman [46] |
Descriptive statistics |
Determining the relationship between fire safety management cost and profit increasing |
No |
No |
Habib et al. [42] |
Descriptive Statistics |
Depicting the declining trend in the number of fire incidents after initiating fire safety inspection |
No |
No |
Rathnayake et al. [45] |
RII |
Presenting a ranking of the fire risk factors and providing subjective suggestions for risk mitigation |
Yes |
No |
Khan et al. [23] |
CFD |
Determining the effect of non-standard practices on evacuation during a fire incident |
No |
No |
Nilufar and Choiti [29] |
Computer Simulation |
Determining the correlation between emergency escape routes and occupant movement behavior |
No |
No |
Islam and Roman [5] |
FRI |
Determining weights of the fire risk parameters to evaluate the risk index of factories |
Indirect |
No |
Barua et al. [41] |
Descriptive Statistics |
Depicting a comparison of the impact between standard and non-standard practices during an evacuation |
No |
No |
Haque et al. [43] |
Computer Simulation |
Analyzing the fire and smoke propagation pattern and the evacuation scenario of the occupants |
No |
No |
Haque and Chowdhury [40] |
Empirical Probability |
Establishing a probabilistic method to predict burn injury due to an electric fire |
No |
No |
Hasan et al. [11] |
Descriptive Statistics |
Presenting historical data of deadly incidents statistically and forming a cause-effect relationship |
No |
No |