Where is reinforced concrete used

Similarly, the production cost of concrete is very low. There is an overall economy by using reinforced concrete because its maintenance cost is low due to the long-lasting nature of reinforced concrete.

Reinforced concrete durability, resilience, low maintenance requirements and energy efficiency, concrete structures reduce operating costs related to operational energy consumption, maintenance, and rebuilding following disasters. Concrete can be placed into various shapes of shuttering or formwork configurations to form desired shapes, form, surface, texture, and sizes at construction site.

This is because fresh concrete is flowable and is in liquid state. Therefore, it is more suitable for architectural requirements. Reinforced Concrete structures are durable if designed and laid properly. The material is not affected by weather such as rainfall and snow, and they can last up to years. Due to low permeability, concrete can resist chemicals dissolved in water such as sulfates, chloride and carbon dioxide, which may cause corrosion in concrete, without serious deterioration.

That is why reinforced concrete is ideal to underwater and submerged applications like for building structures, pipelines, dams, canals, linings and waterfront structures. The nature of concrete does not allow it to catch fire or burn. It can withstand heat for 2—6 hours enabling sufficient time for rescue operations in case of fire. Reinforced concrete buildings are more fire resistant than other commonly used construction materials like steel and wood. It is suitable to fireproof steel and used in high temperature and blast applications.

The steel reinforcement imparts ductility to the reinforced concrete structures. Ductility enables concrete to show sign of distress such as cracking and deflection if reinforced concrete member experience overloading. This enables engineers to consider suitable measures to prevent further concrete damages. You have no items in your shopping cart. Go quickly to. Post Requirement. For any enquiry call Post Requirement Fill the following details. Our executives will get back to you shortly.

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Sorry, you do not have permission to ask a question, You must log in to ask a question. Join now! Do you need to remove the ads? Reinforced concrete is a combination of reinforcement and concrete and finds application in various types of construction works.

Reinforced concrete is an important material often preferred during steel construction mainly due to its versatility, adaptability, and resistance to fire and corrosion resulting in negligible maintenance costs.

Development of better-quality cement has resulted in better concrete strength and durable concrete for use in different types of structures. Reinforced concrete is being used for the construction of foundations to the rooftops of buildings, in the construction of highways roads traffic, precast structures, floating structures, and hydro-power tunnels, irrigation canals, drains, and all other conceivable structures.

Buildings consist of beams, columns, walls, floors, and roofs. Reinforced concrete is ideally suited for the construction of floor, roof slabs, columns and beams in residential and commercial structures. The main principle in the preparation of the reinforced cement concrete is to make a structural material in which.

Reinforcement used in concrete is principally made of steel of different types. These come in various diameters and are required to possess a characteristic strength in tension which is specified in relevant codes. The first type has a characteristic strength in tension which is almost double than that of mild steel bars.

Similarly, the cold worked steel bars come in twisted or stretched forms having elongated ribs or such structures along their length. These may include plain round wires, indented and deformed wires, deformed steel bars of cold-worked type. The mesh from such wires is made by welding together straightened lengths very carefully and strictly in accordance with the specifications.

It requires very complex and careful design considerations for each member of reinforcement concrete.