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Monitoring and Data Analysis of Mooring Tension for Floating Platforms

Authors: YANG Hua-wei; ZHENG Qing-xin; XU Chun; YANG Qi-fan; JIANG Zhen-tao

DOI: 10.3969/j.issn.1007-7294.2025.06.008Status: Verified Translated Edition
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Key Findings in This Report

• A direct mechanical measurement-based mooring tension monitoring method was developed and successfully deployed on the 'Yongle' platform, capturing one year of in-situ data. • Under wave heights up to 1.24 m, the mooring tension reached 16.5 tons, demonstrating the system's capability to record extreme loads. • Frequency domain analysis identified three distinct spectral components: wave-induced force, slow drift force, and elastic restoring force, with the restoring force frequency approximately half that of the wave signal. • For the dual-module floating platform with hinge connections, wave-induced force was the dominant component under certain conditions, while the restoring force was the smallest.