It's concrete with chopped-up fiberglass in it, which makes it stronger.
Excess water (over hydration) causes weak concrete. The water in concrete is there to start a chemical process which results in the hardening process. The excess water is not used in the chemical process and results in a weakened concrete.
Concrete is strong in compression, as the aggregate efficiently carries the compression load. However, it is weak in tension as the cement holding the aggregate in place can crack, allowing the structure to fail. Reinforced concrete solves these problems by adding metal reinforcing bars, glass fiber, or plastic fiber to carry tensile loads
Reinforcing concrete enhances its tensile strength, which is naturally weak, allowing it to withstand various stresses and loads. By embedding materials like steel bars or fibers, the composite structure can better resist cracking, bending, and shear forces. This combination makes reinforced concrete ideal for constructing durable and resilient structures, such as bridges, buildings, and pavements. Ultimately, it improves safety, longevity, and overall performance in civil engineering applications.
stress cuts also known as relief cuts make weak points in a concrete slab to allow for expansion and shrinkage cracks. Bascially, a concrete slab is going to crack and these cracks control where those cracks occur.
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It's concrete with chopped-up fiberglass in it, which makes it stronger.
A reinforced concrete is a one in which steel is used. The inclusion of steel in concrete is to take up the tensile forces, since concrete is weak in tension and strong in compression. Moreover it gives warning of the structure before failure.
Excess water (over hydration) causes weak concrete. The water in concrete is there to start a chemical process which results in the hardening process. The excess water is not used in the chemical process and results in a weakened concrete.
Vascular tissue is the tissue which makes steam strong . As their are no such tissue in steam of aquatic plant it makes them weak.
Concrete, while strong under compressive forces is very weak under stretching forces. Metal bars or mesh, while strong under stretching forces is very weak under compressive forces. Thus they compliment and mutually reinforce each other: where one is weak the other is strong.To make sure they are both able to work their best, the metal bars or mesh are first stretched then the concrete is pored over them. When the concrete completes setting the metal bars or mesh are released and they now compress the concrete while the concrete keeps them stretched. This is called prestressed concreteand it is much stronger than ordinary concrete.
Concrete has great compressional strength but very weak torque resistance. That means when the ground underneath concrete paths settles or erodes the concrete will crack. In order to determine where the concrete will crack the constructors leave faults in it. So when the concrete does crack it does so in such a manner that the path is still functional and aesthetic.
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Damping makes a sound weak and amplifying makes it strong.
Reinforced concrete is concrete reinforced with steel bars because although concrete is very strong in compression (depending on its components) it is very weak in tension and the steel bars make up for the required tensile strength.
The raw materials from which they are made contain impurities, which makes the bags weak.