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Reducing Peak Fatigue Mooring Loads: A Validation Study for Elastomeric Moorings

机译：减少高峰和疲劳系泊负荷：弹性体系泊的验证研究

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This is the author accepted manuscript. The final version is available from EWTEC via the link in this record.

机译：这是作者接受的手稿。 EWTEC可以通过此记录中的链接提供最终版本。

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Parish DN; Herduin M; Thies PR; Gordelier T; Johanning L;
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年度 2017
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原文格式 PDF
正文语种 en
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1. A Novel Mooring Tether for Highly-Dynamic Offshore Applications; Mitigating Peak and Fatigue Loads via Selectable Axial Stiffness [J] . Bjoern Elsaesser, David Parish, Lars Johanning, Journal of Marine Science and Engineering . 2015,第4期

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2. Mixture distribution model for extreme mooring tension and mooring fatigue analysis due to snap loads [J] . Xu Sheng, Soares C. Guedes Ocean Engineering . 2021,第Auga15期

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3. Performance and reliability testing of an active mooring system for peak load reduction [J] . Jamie F Luxmoore, Philipp R Thies, Simon Grey, Proceedings of the Institution of Mechanical Engineers, Part M. Journal of Engineering for the Maritime Environment . 2018,第1期

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4. Fatigue Life Prediction Method of Single Point Mooring(SPM)'s Mooring Hawser,Case Study:Tuban Fuel Terminal's SPM [C] . Ferdi Raditya Effendy, Chairul Dhany, Ahmad Syafiul M World Maritime Technology Conference . 2018

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5. Efficacy of a Novel Thoracopelvic Orthosis in Reducing Lumbar Spine Loading and Muscle Fatigue in Flexion: A Study with Weighted Garments. [D] . Johnson, Daniel D. 2012

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6. An Empirical Study on the Dairy Product Consumers’ Intention to Adopt the Food Traceability’s Technology: Push-Pull-Mooring Model Integrated by DM ISS Model and TPB With ITM [O] . Xin Lin, Run-Ze Wu 2020

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7. A novel mooring tether for highly dynamic offshore applications; mitigating peak and fatigue loads via selectable axial stiffness (journal article) [O] . Gordelier, Tessa, Parish, D, Thies, Philipp R., 2015

机译：用于高动态离岸应用的新型系泊绳；通过可选的轴向刚度减轻峰值和疲劳载荷（期刊文章）

Reducing Peak Fatigue Mooring Loads: A Validation Study for Elastomeric Moorings

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