A Digital Twin-based Intelligent Concrete Placing Technology

ce/papers Pub Date : 2025-03-18 DOI:10.1002/cepa.3211
Yongliang Zhu, Guo Zhong, Jianjiang Xu, Cui Huang
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Abstract

An intelligent concrete placing control model was created by the authors to achieve this goal. Using the placing and control content as the physical object (PO), a BIM virtual model as the twin carrier (VE), two-way twin data as the core (DD), coordinated control as the target (WM), and coordinated operational rules (RULE) as the driver. Additionally, they created a “IoT monitoring, BIM digitalization, dynamic analysis, and central control” integrated smart concrete transportation control platform for the construction of an ultra-high arch dam, as well as a smart monitoring device covering the entire transportation, spreading, and vibration of the entire concrete. As a result, the entire placement procedure can be intelligently managed. These achievements have been used to create excellent, safe, and effective concrete works for the Wudongde and Baihetan dams.

基于数字孪生的智能混凝土浇筑技术
为实现这一目标,作者创建了一个智能混凝土浇筑控制模型。以布控内容为实物(PO),以 BIM 虚拟模型为孪生载体(VE),以双向孪生数据为核心(DD),以协同控制为目标(WM),以协同运行规则(RULE)为驱动。此外,他们还为超高拱坝施工创建了 "物联网监控、BIM 数字化、动态分析、集中控制 "一体化的智能混凝土运输控制平台,以及覆盖整个混凝土运输、摊铺、振动全过程的智能监控装置。因此,整个浇筑过程可以实现智能化管理。这些成果为乌东德大坝和白鹤滩大坝创造了优质、安全、高效的混凝土工程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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