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    Experimental Investigation of Electrical Resistance Properties of High Performance Concretes Produced With Different Types of Additives
    (Kırıkkale Üniversitesi, 2022) Belgin, Cagatay
    Standard concrete is a building material that is not electrically conductive by its nature and has a high electrical resistance to be accepted as an insulator. However, in the last 10 years, researches carried out in this subject has revealed that, reducing the electrical resistance of concrete and making it electrically conductive will provide great opportunities in different application areas and that this property change is a change that can provide significant advantages in different application areas where concrete is used. When the literature is examined, the application areas of reducing the electrical resistance of the concrete and enabling it to conduct electricity include concrete road pavements that can be used against frost and thaw, field room applications produced to prevent electromagnetic wave propagation, and self-deformation change that can be determined according to the electrical resistance change, which can be used in structural health monitoring applications can be counted as special concretes. The basic thing that needs to be done in order to realize all such applications is to change the electrical resistance properties of the concrete and make the concrete a material that can conduct electricity. Within the scope of this study, a study was carried out on the creation of a mixture composition that can be used to change the electrical resistivity properties of concrete. Within the scope of the study, after the production of 250?250?30 mm concrete slab test elements prepared using 3 different fiber types, electrical resistance properties were measured and which type of mixture and fiber additive reduced the electrical resistance properties of the concrete in the best way and increased the electrical conductivity of the concrete was experimentally investigated