The principle of concrete maturity offers a non-destructive approach to estimate strength, crucial for timely decisions in construction and civil engineering.
Concrete maturity plays a critical role in construction and civil engineering by helping predict how concrete gains strength over time based on its curing history.
The method is grounded in the well-established relationship between temperature, time, and strength development.
By tracking temperature variations during curing, professionals can estimate when concrete reaches specific strength thresholds—an essential factor for time-sensitive operations like formwork removal, pre-stressing, or opening to traffic.
Concrete maturity was developed as a non-destructive way to estimate strength gain.
Concrete maturity offers a non-destructive approach to estimate strength.
This article reviews concrete maturity principles, practical applications, recent research, known limitations, and future directions.
Author's summary: Concrete maturity is a non-destructive method for estimating concrete strength.