Examining the Strength of Traditional and High Strength Concretes

Despite numerous research efforts on concrete with enhanced tensile strength, which has been utilized for the past three decades and has gained popularity due to technological advancements, its specific properties remain less understood compared to conventional concrete. Most of the guidelines for using reinforced concrete are based on research conducted on concrete with tensile strengths of up to 50 MPa. This study aims to explore how the tensile strength of both traditional and high-strength concrete changes with various drying methods. The findings reveal that variations in the temperature at which the concrete is dried affect the strength increase of both types, contrary to the belief that insufficient drying results lead to strength issues. In conclusion, while both high-strength and traditional concrete demonstrate similar responses to drying conditions, it's concluded that the impact of temperature is more significant in enhancing their strength than any problems caused by insufficient drying. It's important to highlight that similar research on other concrete varieties should be pursued.