Monitoring the curing process in real-time helps to ensure high-quality and safe construction while minimizing unnecessary precautions and waiting time.
The process of pouring large volumes of concrete for projects like subways, dams, and other structures that require high-strength foundations is commonly known as mass concreting. It is crucial to carefully monitor the curing process during mass concreting to ensure proper strength development, identify and address internal temperature differences, and prevent cracks and poor product quality, which could result in significant repair costs. To achieve this, multiple sensors can be used to measure temperature and humidity at different positions and calculate strength development. Software can be set up to trigger alarms when internal temperature differences reach critical levels, allowing prompt corrective action to be taken before cracks occur. Monitoring the curing process in real-time helps to ensure high-quality and safe construction while minimizing unnecessary precautions and waiting time. Some key benefits of using this approach include the ability to obtain real-time insights into curing status at various positions, control internal temperature differences, and access data from anywhere. Additionally, automatic documentation can be generated to demonstrate the quality of the product, providing assurance to stakeholders.
