Concrete with a higher tensile strength due to steel mesh or bars embedded in it.

Structural concrete reinforced with no less than the minimum amount of prestressed tendons or nonprestressed reinforcement specified in ACI 318.

Concrete work into which steel bars have been embedded to impart tensile strength to the construction.

Concrete reinforced by the addition of steel bars making it more able to tolerate tension and stress. See pre-stressed concrete.

Shapes containing steel bars or wire to create stronger and more shock resistant material.

concrete with metal and/or mesh added to provide extra support against stresses

concrete with a steel reinforcing framework. Reinforcing enables the concrete to perform in structural situations. Concrete by its nature resists high compressive loads (the heavy weight of a truck, for example). Steel reinforcing resists high-tensile loads (the pull to the left or right one would encounter on a bridge, for example).

concrete strengthened with metal bars or wire mesh.

Concrete in which steel bars or webbing has been embedded for strength.

Poured concrete with iron or steel mesh or bars imbedded in it to increase its tensile strength.

Steel rods are inserted in concrete beams to help them withstand longitudinal stress without collapsing. This development has allowed the construction of very large structures using concrete beams.

A process of installing steel rods inside concrete beams to help them withstand stress along their length without collapsing.

Made by casting concrete around steel rods or bars.

Concrete with steel rods or wire embedded to give the concrete mixture extra strength.

A combination of steel and concrete using the best properties of each. The steel consists of rebar or reinforcing bars varying from 3/8 " to 2 1/4 " in diameter and is placed before concrete is poured.

the result of inserting steel rods in concrete beams to help them withstand longitudinal stress without collapsing. Enables the construction of very large structures using concrete beams.

A combination of concrete and steel acting as a unit because of a bond between the two materials.

Concrete in which reinforcement, other than that provided for temperature changes for shrinkage, has been embedded in such a- manner that the two materials act together in resisting forces. Concrete in which steel bars have been placed to sustain the tensile stresses.

Concrete in which steel bars or wires are embedded to increase the strength of concrete in tension, shear, and bending. pp. 4, 8, 9, 12, 34, 76, 84

Concrete which gains added strength by placing wire mesh or rods into the formwork before the concrete it poured.

is concrete that is strengthened with wire or metal bars.

Concrete that is strengthened with wire or metal bars imbedded inside.

Concrete with steel reinforcing bars bonded within it to supply increased tensile strength and durability.

A structural composite of concrete with embedded tendons designed to carry tensile loads. In reinforced concrete, the concrete itself carries compressive forces while the primary reinforcing carries tensile forces. The addition of reinforcement transforms a brittle, low tensile strength material into a strong, ductile material.

Concrete with steel mesh or bars embedded in it to increase its tensile strength. (ferroconcrete)

Poured concrete that has had a steel reinforcing grid of mesh or rebar inserted.

Concrete that has steel rod place in it so that it resists load stress and gives additional working load support.

Reinforced concrete, also called ferroconcrete in some countries, is concrete in which reinforcement bars ("rebars") or fibers have been incorporated to strengthen a material that would otherwise be brittle. In industrialized countries, nearly all concrete used in construction is reinforced concrete.