基于绝对节点坐标法的海上风电海缆总体响应分析与损伤评估

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中图分类号：P751 文献标志码：A 文章编号：1005-9857（2025）09-0035-12

An Overall Response Analysis and Damage Assessment of the Offshore Wind Power Cable Based on ANCF

LONG Yi， ZHANG Sheng， ZHANG Cheng，CHENG Liang（Schoolof Marine Scienceand Engineering，South China UniversityofTechnology，Guangzhou 51140o，China）

Abstract：Driven bythe large-scale deployment of offshore wind power in China，the operationand maintenance of ofshore wind farms have garnered significant atention，with submarine cable failure emerging as a primary challenge.Due to seabed scouring，power cables are prone to becoming exposed and suspended inthe water column. Simultaneously，these cables undergo complex dynamic responses driven by environmentalloads，leading to abrasive wear and fatigue damage.In this study，an offshore wind turbine，located in a wind farm in Guangdong Province， is selectedas theresearch case.Anon-linear dynamic modelof theofshore powercableextending from theoffshore windturbine foundation is constructed based on the absolute nodal coordinate formulation and hydrodynamics.The flowcharacteristicof theflowareaaround the foundation is simulatedbytheComputational FluidDynamicsconsidering the scouring seabed．The global response analysis of the power cable extending from theoffshore wind turbine is performed in various current and wave conditions.Furthermore，the fatigue damage and abrasive wear are evaluated to provide practical guidance for engineering convenience.

Keywords：Ofshore wind power，Submarine powercable，Global response，Fatigue damage，Wear assessment

0 引言

基于可持续发展战略目标的要求，海上风电作为一种安全高效的清洁能源，在全球范围内发展迅速。（剩余11424字）