So, it is often necessary to rely on experiment to determine these properties. The data available on this is still comparatively incomplete. Detailed knowledge is particularly required in low concrete age is required if the element strengthened with CRC is to be loaded again as soon as possible. The increasing use of carbon reinforced concrete mainly requires knowledge of its constituent materials’ properties in addition to the behavior of the composite, especially under tensile stress, including the bond between fibres and concrete. When carbon reinforced concrete is used in the field of repair and strengthening, it increases the bearing elements’ capacities without notable increasing the element’s thickness, therefore it does not lead to an increase in the weight of the structure, nor to a change in its original size or shape.
In addition to the construction industry, the chemical, mechanical engineering and textile industries in particular benefit from the widespread impact. Carbon reinforced concrete development is associated with long-term growth in many industries.
More and more buildings are being constructed or renewed and strengthened with CRC. Carbon reinforced concrete (CRC) is an innovative alternative to steel reinforced concrete.
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