首页> 外文会议>Design amp; construction of wind farm support vessels >A SUMMARY OF THE ENGINEERING PROCESS AND THE MODELLING TOOLS USED IN THE DESIGN OF A NEXT GENERATION WFSV INCORPORATING A SUSPENSION BASED RIDE CONTROL SYSTEM PROVIDING IMPROVED TRANSIT AND TRANSFER PERFORMANCE
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A SUMMARY OF THE ENGINEERING PROCESS AND THE MODELLING TOOLS USED IN THE DESIGN OF A NEXT GENERATION WFSV INCORPORATING A SUSPENSION BASED RIDE CONTROL SYSTEM PROVIDING IMPROVED TRANSIT AND TRANSFER PERFORMANCE

机译:在下一代WFSV设计中使用的工程过程和建模工具的概述,该WFSV包含基于悬浮的行驶控制系统,可提供改善的过渡和传输性能

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摘要

1. A modelling method was developed in order to design and construct a 24m WFSV designed to:rn1.1 Achieve 2.5m Hs safe transferrn1.2 Much improved crew/technician comfort in transitrn2. DNV-GL have approved in principal the engineering methodrn3. 18 load cases were used to design ride control and vessel structuresrn4. An extended operating profile (compared to standard vessel) was developedrn5. Acceptable bearing and fatigue life achieved without significant weight penaltyrn6. Resultant design is expected to deliver tangible safety and economic benefits to the offshore wind industry.
机译:1.为了设计和建造一个24m WFSV,开发了一种建模方法,该WFSV旨在:1.1实现2.5m Hs的安全转移rn1.2在运输过程中大大提高了机组人员/技术人员的舒适度。 DNV-GL原则上批准了工程方法。 18个工况被用于设计行驶控制和船只结构。扩展了操作范围(与标准容器相比)5。在没有明显的重量损失的情况下实现了可接受的轴承和疲劳寿命。预期的结果设计将为海上风电行业带来切实的安全和经济利益。

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