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| 深海漂浮能源中心的风浪流联合试验装置 |
| Integrated wind, wave and marine stream experimental setup for the floating offshore energy center |
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| DOI： |
| 中文关键词: 深海 水池试验 漂浮式能源中心 |
| 英文关键词:deep sea marine hydrodynamic experiment floating offshore energy center |
| 基金项目: |
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| 摘要点击次数: 3592 |
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| 中文摘要: |
| 深海漂浮式能源中心的安装海域环境恶劣,其所受各种载荷多且复杂,为降低开发风险与成本,海洋工程水池实验被广泛应用于其各项研究中.提出了一种新型的风浪流联合试验系统用以对深海漂浮式能源中心进行试验研究,并介绍了该系统的各子系统及该装置可以进行的各种试验项目.该试验系统可以模拟深海条件下的风、浪、流,从而进行风力机浮台响应特性的测量与系泊拉力特性的研究.这对于深海漂浮式能源中心的研究具有非常重要的作用. |
| 英文摘要: |
| The on site marine conditions are generally harsh for the deep sea floating offshore energy center (FOEC) which are subject to a variety of complex loads. In order to reduce the risk and cost of development, marine hydrodynamic experiments are widely carried out. In this paper, a new integrated wind, wave and marine stream experimental system for the deep sea FOEC was proposed.The subsystems of the test system were described in detail, and the experimental projects which could be carried out using the system were also introduced. The test system can simulate winds, waves and flows under deep sea conditions, and it can therefore be used for the investigations on the wind turbine platform response and the mooring force characteristics, which is of great importance to deep sea FOEC study. |
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