When steel is embedded in concrete in a manner that aids it in carrying imposed loads, the mixture in called reinforced concrete. The steel might contain welded wire fabric or expanded metal mesh but more regularly it includes reinforcing bars.
These days, most of the buildings located in industrialized countries use steel reinforced concrete to create the buildings better tougher and better able to endure the ravages of time and weather. Reinforcing the concrete that is to be applied to the building adds tensile strength to the concrete, which makes it much more resilient and more flexible that standard concrete, which aids in preventing cracking and damage. Steel reinforced concrete works extremely well in many building applications, including floors, supports, beams, frames and walls.
Steel-reinforced concrete bridges are one of the most popular type of bridge constructed. Actually, almost all highway bridges is of this type and is most often encountered along interstate highways. For additional strength and support, the concrete utilized in constructing these bridges is usually reinforced with imbedded steel bars, normally referred to as rebar.
Reinforced concrete could fail because of insufficient strength, resulting in mechanical failure, or caused by a reduction in its durability. Corrosion and freeze cycles might harm badly designed or constructed reinforced concrete.
After this, you can also read similar article about Introduction to Steel Reinforced Concrete.
