RCC Abbreviation

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Popular abbreviations of RCC:

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What does RCC mean?

The Full form of RCC is Reinforced Cement Concrete. Civil engineers are accustomed to the term RCC. For them, it’s crucial to stand a tall structure based on the support of the materials like RCC. The use of RCC in almost all kinds of buildings and constructions makes it a significant part of formation work. Get to know RCC full form in Civil engineering, its benefits, and other related information to RCC from this article.

What is meant by RCC?

The RCC full form is Reinforced Cement Concrete. It is used in the form of structural concrete along with some other kinds of reinforced materials like steel. So, for simple understanding, RCC is the primary combination of reinforcement along with original concrete helping in the maintenance of the strength of the built structure. We can find versatility in the composition of the concrete itself. In the present day, concrete is composed of cement of course, and other than that, it consists of water, gravel, rock, and sand in ideal proportion.

Benefits of using RCC.

RCC is used for all the crucial foundations and buildings. Therefore, it’s obvious that it has innumerable advantages. One can’t count and finish the pros of using RCC on newly built roads, buildings, highways, etc. But to name a few of them are-

• The foundations are built with the support of RCC full form Reinforced Cement Concrete, which always maintains durability.
• Since it encompasses concrete within it therefore it has very high-quality compressive strength.
• It does not prove reactive to any kind of climatic or environmental shifts.
• RCC at the same time is not reactive to fire.
• Availability is there for almost all regions of the world.
• It can be handled by daily construction labor, and there’s no requirement for highly qualified engineers.
• When it’s wet, it is flexible in getting molded to any shape.
• No repairing is required for most of the cases.
• Not much expensive in comparison to other costly construction items.

Some of the examples where RCC is used for construction.

The Reinforcement Cement Concrete (RCC) is used for sheer strong foundations where forces and stresses are extreme often. Mainly, RCC is used for structures like rooftops, highway or railway constructions, irrigation canals, hydropower tunnels, etc. Even roads having high traffic areas and airport paving uses RCC for concrete finishing.

Eight Generalized features of RCC.

Some of the features of Reinforcement Cement concrete (RCC) are

• Since the composition of RCC is such that it consists of both concrete and reinforcement, therefore, make sure it has the potential of standing the bending, compressive and other types of sheet forces.
• It must be an effective insulator in opposition to heat or sound.
• Have the capability to maintain structural durability.
• The structure must have the capacity to take much more loads.
• It is free from corrosion due to the outer covering of the reinforcement.
• Desirability in shapes and size is maintained in fresh form.
• Hair crack is allowed to a limited limit.
• Even in the cross-sectional requirement, it should have control.

Thus, a structure constructed out of RCC can be strong enough only when all these eight above properties are cross-checked and well maintained.

Different types of RCC.

Though, indeed, the reinforcement within the RCC is chiefly made of steel components. But not necessarily all steel components are of the same type. Besides that, the applied steel can be in varied shapes and volumes based on the structure of a foundation.

1. The mild steel bars for RCC.

This type of reinforcement is generally used when there are requirements for the action of bending. The diameter of this kind of reinforcement is diverse along with its bending facility. Here, steel bars are used for reinforcement.

2. Cold worked or hot-rolled bars.

The characteristics of hot-rolled bars are quite high and even more than the mild steel bars. As a characteristic, they can be bent by a hundred degrees Celsius heating eliminating all kinds of defects. The cold-worked bars are long-entrenched and twisted elongated ribs having a fair length. Their strength is much higher than the normal mild bars.

3. Steel fiber RCC.

The steel fiber for RCC works well with hydraulic cement dispersing in a randomized manner and forming regular cross-sections. It stands against any kind of tensile cracking. The steel-reinforced concrete can endure both heavy as well as light loads.

Are there any disadvantages of RCC?

Though above we have claimed that there are hundreds of advantages of RCC, but despite that, there are serious loopholes of RCC. Those are-

• In comparison to the compressive strength, the tensile strength of RCC is one-tenth of the former. It affects the foundation, therefore.
• The final strength of a structure automatically gets affected because of the RCC stages of curing, casting, and mixing.
• For casting, the forms used are much costlier.
• The compressive strength of a multi-story building gets lower because the RCC column section is more than the steel section.
• The phenomenon of crack development automatically occurs due to shrinkage.
• The concrete thing consumes more time in gaining its entire strength.

Therefore, RCC has some serious shortcomings which you can’t overlook at the same point in time.

Conclusion. 

Despite all the positive as well as negative sides of using reinforcement Cement Concrete (RCC), a professional can’t deny the fact that RCC is quite effective in building structures, foundations, and roadways. At present, it is used most often as an element for stairs, roofs, beams, columns, electric poles, etc. Even because of its high capacity in taking loads, it is also, used on roads of high traffic areas. And as an element that prevents the danger of catching fire, emitting radiation in atomic plants, and other kinds of hazards, it’s always rational to use RCC.