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引用次数: 1

摘要

船舶锚的冲击是造成海底电缆损坏的主要原因之一。法规通过定义海底电缆的最小永久埋深来应对这种风险。风险评价的关键参数是锚索埋深和锚杆穿深。为了充分满足这一风险,降低海缆损伤的风险,必须了解船锚对海床的穿透过程。为了研究锚杆运动对海底电缆的影响,并找出可能的损伤机制,对锚杆在砂土中的侵彻过程进行了数值模拟。
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Penetration of Ship Anchors and the Influence of Submarine Cables
Impacts by ship anchors are one of the main reasons for damage to submarine cables. Regulations meet this risk by defining a minimum permanent burial depth of submarine cables. The key parameters for the risk evaluation are the burial depth of the cable as well as the penetration depth of the anchor. In order to meet this risk sufficiently and to reduce the risk of submarine cable damage, the penetration process into the sea bed of the ship anchor has to be understood. Numerical simulations of the anchor penetration in sand are performed, in order to investigate the influence of anchor movement on submarine cables and to identify possible damage mechanisms.
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