IoT-Driven Intelligent Curing of Face Slab Concrete in Rockfill Dams Based on Integrated Multi-Source Monitoring

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Detalles Bibliográficos
Publicado en:	Buildings vol. 15, no. 13 (2025), p. 2344-2371
Autor principal:	Zhou, Yihong
Otros Autores:	Fang Yuanyuan, Liang Zhipeng, Li, Dongfeng, Zhao Chunju, Zhou, Huawei, Wang, Fang, Lei, Lei, Wang, Rui, Kong Dehang, Tianbai, Pei, Zhou Luyao
Publicado:	MDPI AG
Materias:	Curing Wireless communications Dams Data acquisition Construction accidents & safety Humidity Data processing High altitude Control systems Concrete construction Concrete slabs Quality control Data analysis Feedback Monitoring Hydration Energy consumption Internet of Things Smart cities Damsites Concrete curing Digital twins Sensors Rockfill dams Real time Feedback control Data transmission Visualization Information management
Acceso en línea:	Citation/Abstract Full Text + Graphics Full Text - PDF
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Descripción
Resumen:	To better understand the temperature changes in face slab concrete and address challenges such as delayed curing and outdated methods in complex and variable environments, this study investigates the use of visualization and real-time feedback control in concrete construction. The conducted study systematically develops an intelligent curing control system for face slab concrete based on multi-source measured data. A tailored multi-source data acquisition scheme was proposed, supported by an IoT-based transmission framework. Cloud-based data analysis and feedback control mechanisms were implemented, along with a decoupled front-end and back-end system platform. This platform integrates essential functions such as two-way communication with gateway devices, data processing and analysis, system visualization, and intelligent curing control. In conjunction with the ongoing Maerdang concrete face rockfill dam (CFRD) project, located in a high-altitude, cold-climate region, an intelligent curing system platform for face slab concrete was developed. The platform enables three core visualization functions: (1) monitoring the pouring progress of face slab concrete, (2) the early warning and prediction of temperature exceedance, and (3) dynamic feedback and adjustment of curing measures. The research outcomes were successfully applied to the intelligent curing of the Maerdang face slab concrete, providing both theoretical insight and practical support for achieving scientific and precise curing control.
ISSN:	2075-5309
DOI:	10.3390/buildings15132344
Fuente:	Engineering Database