| publication name | Protection of Public Buildings against the Effects of Explosions |
|---|---|
| Authors | Karim El-Dash; Gehan Hamdy; Omar Al-Tamimi |
| year | 2018 |
| keywords | Explosion, Blast effect, Blast Protection, Confrontation distance, Barrier |
| journal | Civil Engineering Research Magazine (CERM) |
| volume | 40 |
| issue | 4 |
| pages | 136-148 |
| publisher | Civil Engineering Department, Al-Azhar university |
| Local/International | Local |
| Paper Link | http://www.azharcermjournal.com/CERMF1810/P18-10-12.pdf |
| Full paper | download |
| Supplementary materials | Not Available |
Abstract
Recently, many public buildings are increasingly exposed to various types of explosions which have led to loss of human lives and enormous physical damages. The increase of building damage is attributed to the fact that the architectural and structural design of existing buildings did not take into consideration protection against explosions. This paper presents the methods and strategies for protection of buildings from explosions, both during the design phase of new buildings, such as the choice of the site, as well as measures taken to provide blast resistance to existing buildings such as the establishment of barriers of different types around the building. A comprehensive review of the most important researches published locally and internationally in this field is given. Two public buildings that were previously exposed to explosions are studied and analyzed: the first is Al-Nida mosque in the Iraqi capital Baghdad and the second case is the Italian consulate in the Egyptian capital Cairo. The study includes proposals for protection of the two public buildings against explosions. The main conclusions are presented and recommendations and proposals for future studies are given.