EFFECT ON PRESSURE RESISTANCE OF MAXIMUM RATIO FIBER SUPPLY IN CONCRETE NUMBERS

Nowadays, we see steel and concrete materials as building materials according to modern instruments. Especially in recent years, the materials in the same or different groups, two or more proliferated, bring out the dominant aspects of the composite elements to make the construction sector gain a new perspective. By reinforcing fiber in concrete material, composite and more durable elements can be created. The more durable materials required by the construction industry can be formed by composite elements. Moreover, the reason for the terrorist events we are encountering today, the high level of resistance we use in structures is especially important for building security. In this study, eight fiber-free and max 8% fiber ratios were obtained in four different concrete classes, with a diameter of 100 mm and a height of 200 mm. In this study, compressive strengths of specimens were investigated by adding maximum fiber to different concrete classes.