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首页> 外文会议>International Conference on Offshore Mechanics and Arctic Engineering, Jun 23-28, 2002, Oslo, Norway >NONLINEAR DYNAMICAL MECHANISMS CONNECTING OCEAN GIANT WAVES AND WAVE GROUPS
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NONLINEAR DYNAMICAL MECHANISMS CONNECTING OCEAN GIANT WAVES AND WAVE GROUPS

机译：连接海巨波和波群的非线性动力机制

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摘要

It is well known by direct observations that large ocean waves occur, more frequently among a wave group or group waves, than individually. Several statistical relationships among these two wave features have also been discussed in the past thirty years. However, the dynamical reasons (or mechanisms), why these two ocean wave features are often related, have seldom been discussed in sufficient details. The purpose of this paper are two fold: (1) to review various observations of wave groups and giant waves obtained from deep seas, coastal zones and laboratory experiments, and (2) to provide several significant physical and dynamical mechanisms for explaining the observed close relationship between these two important wave features. (3) to provide an example of a giant wave (called mad-dog waves) event, which resulted in the drowning of fishermen, occurred on the coast of Taiwan.
机译：通过直接观察众所周知，大的海浪比单个浪更频繁地发生在一个或多个浪组中。在过去的三十年中，还讨论了这两个波动特征之间的几种统计关系。但是，很少充分讨论动力学原因（或机制），这两个海浪特征为何经常相关。本文的目的有两个方面：（1）回顾从深海，沿海地区和实验室实验获得的波群和巨浪的各种观测结果，以及（2）提供一些重要的物理和动力学机制来解释观测到的近海这两个重要的波浪特征之间的关系。 （3）举例说明台湾沿海发生的巨浪（称为疯狗浪）事件，该事件导致渔民溺水。

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