Structural Digital Twin of FPSO for Monitoring the Hull and Topsides Based on Inspection Data and Load Measurement

S. Bhat, Varadarajan Nadathur, D. Knezevic, P. Aalberts, H. Kolsters, Daniel Amuda, Orobome Atebe, D. Pasala, Tuyen Hoang, T. Luong, Phuong Huynh, Riccardo Righetti, R. Hageman, Jim Yu
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Abstract

A high-fidelity FPSO Structural Digital Twin (SDT) based on Reduced Basis Finite Element Analysis (RB-FEA) coupled with inspection data and physical sensor measurements (advisory hull monitoring system) is presented to demonstrate a complete FPSO "digital thread" that combines operational data feeds, detailed structural analysis based on as-is asset condition, and automated structural integrity reporting. This lays the groundwork for a philosophical shift for asset lifecycle management by enabling the use of "as-measured" conditions in lieu of assumed "design-conditions" for a more accurate, and robust understanding of asset health. We demonstrate the deployment of this methodology for the Bonga FPSO and discuss the value that it brings during day-to-day operations.
基于检测数据和载荷测量的FPSO船体和甲板结构监测数字孪生
基于降基有限元分析(RB-FEA),结合检查数据和物理传感器测量(咨询船体监测系统)的高保真FPSO结构数字孪生(SDT),展示了一个完整的FPSO“数字线索”,它结合了操作数据馈送、基于现有资产状况的详细结构分析和自动结构完整性报告。这为资产生命周期管理的哲学转变奠定了基础,通过使用“测量”条件来代替假设的“设计条件”,从而更准确、更可靠地了解资产健康状况。我们在Bonga FPSO上演示了这种方法的应用,并讨论了它在日常运营中带来的价值。
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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