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Steel reinforced concrete is concrete with rods of steel running through it.
Rebar is used as a tensioning device in reinforced concrete and reinforced masonry structures holding the concrete in compression.
Steel reinforcing rods have minimum overlap requirements to ensure that the reinforcing has a continuous effect throughout the structure.In some instances this minimum overlap is 600mm, but the requirement does vary and must be confirmed by an Engineer for each particular design.Maximum overlaps would be used to ensure wastage is reduced, and to ensure adequate concrete cover.
Probably reinforced concrete i.e concrete with metal rods (re-bar) run through to give it tensile strength as well as compressive strength.
Reinforced concrete has reinforcing bars (called rebar) simply embedded in the pour. With prestressed concrete, reinforcing rods or cables are stretched (stressed) and then the concrete is poured around them. After the concrete hardens, the tension on the reinforcing members compresses the concrete, making it more resistant to failure where poor soil conditions or severe loads exist.Prestressed construction is usually done in-plant because of the equipment involved, and the completed assembly shipped to the site for installation.A similar method, called post-tension, is usually done on site, and involves the tensioning of reinforcing cables after the slab is poured, using a special hydraulic jack.
Steel reinforced concrete is concrete with rods of steel running through it.
The steel rods are there to strengthen the concrete - making it reinforced concrete.
Rebar are steel rods/bars that are usually combined with concrete to create reinforced concrete. Reinforced concrete takes the weakness of each individual material and pairs it with the strength of the other. Reinforced concrete is a highly adaptable material, able to be used in a variety of structures.
H. Alota has written: 'Corrosion and its influence on structural steel including steel reinforcement rods in reinforced concrete'
I think you are talking about embedding steel rods (rebars) in concrete, right? This would make the concrete much stronger. It is called reinforced concrete, and you can make all sorts of structures with it, something that you can't do with ordinary concrete. Though, I am not even sure anyone is using non-reinforced concrete nowadays.
Rebar is used as a tensioning device in reinforced concrete and reinforced masonry structures holding the concrete in compression.
It would all depend on what the material is. Different material, different molecular composition.Composite MaterialsThere are different kinds of strength- tension (pulling) ?. steel rods- compression (pushing) ?. concreteTo enable the structure to withstand both types of forces acting on it, a composite material is used - reinforced concrete(concrete poured over steel rebar (rods).
Steel reinforcing rods have minimum overlap requirements to ensure that the reinforcing has a continuous effect throughout the structure.In some instances this minimum overlap is 600mm, but the requirement does vary and must be confirmed by an Engineer for each particular design.Maximum overlaps would be used to ensure wastage is reduced, and to ensure adequate concrete cover.
Mainly re-enforced concrete (concrete that's been set around steel rods). The cables are made from many long strands of steel.
The reinforcement may be in the form of "mesh" or rods. The steel reinforcing rods are colloquially called rebar(reinforcement bars).
Probably reinforced concrete i.e concrete with metal rods (re-bar) run through to give it tensile strength as well as compressive strength.
Wright, as described earlier, found freedom of construction and planning in cantilevered forms, especially those made of reinforced concrete. In this material steel rods join with cement and gravel, hardening into an amalgam of great strength, if properly fabricated. The cantilevered, horizontal elements of Fallingwater were cast in reinforced concrete and finished with a coat of matte, sandy, warm-tinted paint. Where necessary, the slabs were cast with extra rods and concrete, forming integral beams. The slabs may be considered in two ways, as floor and as ceilings.