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The following article was published in our article directory on June 5, 2013.
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The Principle behind Reinforcing Concrete

Article Category: Advice

Author Name: Dennis Graziano

The idea of reinforcing concrete is vital in introducing added strength. Without reinforcement, many of today's modern building projects could not be constructed.

Reinforced concrete is used in different structure types; the components involved can be readily made using whatever size and shapes. This is developed using the incorporation of steel reinforcement bars fibers, plates into traditional concrete mixes. First used back in the middle 1800s, the idea of reinforcing concrete had created a big impact in the construction industry, with concrete becoming the most important and very common building material at the same time.

More Concrete Reinforcement Facts

With today's building structures (most especially the flat structure types) supported by vertical or horizontal concrete columns, strength and having the ability to withstand pressure is vital component. Even basic reinforcement is critical enough in giving newly built building structures enduring tension strength.

In many cases reinforced concrete is classified as precast or in-site concrete. The floor system where the foundation of reinforced concrete is situated has to undergo careful planning and scrutiny. The key to successful and optimized construction of building structures is the design and implementation states. Any small changes within the foundation and reinforcement can create a big impact on the overall structure construction. Such impacts are readily detected as they tend to affect construction schedules, operating and materials costs, the reinforced concrete's ultimate strength, what the structure will be used for, and the occupancy level.

Reinforced Concrete Properties

Concrete used in making slabs and the reinforcement foundation differs much in the way that harder concrete is critical for the success of the structure. Strong, durable and ductile reinforcement construction requires the following properties aside from having high relative strength:

High tensile strength toleration,

Effective bonding of the reinforcement and the concrete despite the presence of moisture, pH, and other factors,

Overall durability all over the concrete environment, even with the presence of sustained stress or corrosion, and
Thermal compatibility.
Materials Used

Concrete is basically a coarse (stone chips) and fine (crushed stone or sand) mixture of aggregates with the aid of binder materials, usually the Portland cement. When water is introduced into the mixture, the cement reacts by hydrating. This will form up opaque crystal lattices in microscopic levels encapsulating the aggregate to be transformed into a rigid structure.

A typical concrete mix is known to resist compressive stress well. Any appreciable tension however (probably due to bending) will break up the rigid lattice, which would result in concrete cracks or separation. It is for this very reason that we support non-reinforced concrete to stop tension development.

Should a material (like steel) displaying high tension strength is introduced into the reinforced concrete, then it will not only resist the compression but also the bending tendencies and other tensile actions. Certain sections designed to resist the tension and compression can be readily made into whatever desired position.

Reinforcing concrete concepts must also plan for anti-corrosion measures to make sure certain weather elements (moisture) and even salt will not affect the metal palates in the reinforcement. You can also consider plastic fiber reinforcements if needed.

Keywords: reinforcing concrete, concrete admixtures, welded wire, synthetic mesh, concrete cracks, concrete slump, pouring a concrete slab

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