The reinforced concrete forms a solid structure that It resists compression and tension. We highlight the characteristics and current uses of this material.
The properties that the reinforced concrete This has made it the most widely used material in modern construction. What is this structural system? What are its components? And how is it used in construction? In this article, we’ll provide the answers.
What is reinforced concrete?
This material is obtained by mixing two elements: the concrete and steel. If we combine the characteristics of each of these materials, we can see the benefits of this combination: on the one hand, concrete is a material that withstands well the compression; however, it is not as efficient when it comes to tensile strength. Steel, on the other hand, can withstand compression and traction without any problems. AWell, now we can see the properties of reinforced concrete once it has been poured.
- Resists compression: In other words, it has the ability to withstand the crushing load.
- Supports traction: We mean that this material resists breaking when subjected to tensile stress.
Reinforced concrete. Source: dehormigon.com.ar
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What are the components of reinforced concrete?
First, we need to discuss the components of concrete. These are sand or gravel, cement, and water. The active components of the material are cement and water, which form a cement paste and bind the aggregate particles together.
The steel bars will form the reinforcement cage. The structure of the finished product will be supplemented by the concrete additives. These will provide the material with the required stiffness and strength.
To complete the reinforced concrete structure, the steel bars in the concrete. These rods have been woven together to form a cage, which serves as support for the concrete structure.
Precast Walls. Source: forpol.es
What is reinforced concrete used for in construction?
Among the applications of reinforced concrete in construction, the following are particularly noteworthy.
- Building Construction: It is suitable for building residential and commercial complexes. It is used to construct floors, columns, and slabs roofing, among other structural components. It guarantees that these components will withstand wear and tear and the test of time.
- Road Construction: Reinforced concrete is necessary for heavy-traffic roads, where high strength is required due to the high stresses they endure. The material is also used to build runways and flight decks for aircraft carriers.
- Bridge Construction: It provides a superior structure to that offered by steel bridges. Regardless of the bridge’s size, reinforced concrete is not only ideal for enhancing the structure’s aesthetics but also for providing durability and strength at a lower cost than metal structures.
- Floating and Marine Structures: Floating docks and concrete caissons are built. Lighthouses, watchtowers, and dock walls, among other structures, are also constructed, with the assurance that they will withstand corrosion.
- In addition, it is easy to distinguish it from other prefabricated structures, pipes, and ducts.
Reinforced concrete is a highly reliable material, as it contains elements of superior quality such as cement and steel. Its resistance, durability, the readily available Its components, the speed it offers in project execution, and other benefits have earned it a place of honor in the construction.
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