Design of Impact Resistant Blast Proof Chamber and Overhead Protection Structure to Resist Blast Fragment Loads

Abstract

Steel fibers in ferroconcrete are the focus of this study as a blast-resistant material. The bulk of ferroconcrete for blast-resistant construction, which allows for greater flexibility in the details and hence improved safety, is also discussed in this section. It is investigated in this study whether or not the properties of fiber ferroconcrete change with fiber type and length, as well as the concrete's strength. Consider the following two sources: The advantages and disadvantages of employing steel fiber-reinforced concrete have been discussed in this article. The use of reinforced concrete for blast protection has been shown. There may be a way to save as many lives as possible with a blast-resistant ferroconcrete construction with few structural flaws. To design for life preservation, a prioritized set of considerations must be addressed. It must be dealt with immediately. Concrete's post-crack behavior improves with steel fibers added, according to new research. Keeping bombs as clean as possible is the second most important goal. If you use steel fiber ferroconcrete, you won't have to worry as much about flying debris. When designing steel fiber ferroconcrete with blast-resistant steel fiber reinforcement, it is possible to take into consideration the strength-enhancing effects of both fiber volume and form, in addition to the addition of extra fibers.