Fluid-structure interaction modelling in adaptive undersea vehicles

机译：适应性下来车辆中的流体结构相互作用建模

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The design of adaptive subsea vehicles, based on biological systems is presented. A brief background on the study of fish motion, and its benefits is included. A fluid-structure interaction algorithm using a computational fluid dynamics solver coupled to a structural solver is presented along with a description on how it can be used in the design of adaptive subsea vehicles. Also, the use of adaptive materials, and how they can be applied to the design of the vehicle is presented.

机译：提出了基于生物系统的自适应海底车辆的设计。包括鱼类运动研究的简要背景，包括效益。使用耦合到结构求解器的计算流体动力学求解器的流体结构相互作用算法以及关于如何在自适应海岸车辆设计中使用的描述。而且，介绍了自适应材料的使用以及它们如何应用于车辆的设计。

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《MIT Conference on Computational Fluid and Solid Mechanics》|2001年||共4页
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作者
G. Pedro; A. Suleman; N. Djilali;
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原文格式 PDF
正文语种
中图分类 O35-53;
关键词
Fluid-structure interaction; Adaptive material; Subsea vehicle; Computational fluid dynamics;

机译：流体结构相互作用;自适应材料;海底车辆;计算流体动力学;

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4. Fluid-structure interaction modelling in adaptive undersea vehicles [C] . G. Pedro, A. Suleman, N. Djilali MIT Conference on Computational Fluid and Solid Mechanics Vol.2 Jun 12-15, 2001 . 2001

机译：自适应海底车辆的流固耦合模型
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Fluid-structure interaction modelling in adaptive undersea vehicles

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