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Trends in Industry Applications of Computational Fluid Dynamics for Maritime Flows

机译:海流计算流体动力学的工业应用趋势

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This paper surveys developments in computational fluid dynamics (CFD) applications for maritime structures (ships, propellers, and offshore structures) over the past decade. Progress is significant in integrating the process chain, particularly more automated model generation. Increased hardware power and progress in various aspects of the flow solvers allow more sophisticated applications and a wider scope of applications. Selected examples taken from industry and research applications show the increasing importance of CFD in earlier design stages.
机译:本文调查了过去十年来海事结构(船舶,螺旋桨和海上结构)的计算流体力学(CFD)应用程序的发展。在集成流程链方面,尤其是在更加自动化的模型生成方面,进步是巨大的。流解决器各个方面的硬件功能的增强和进步,使得应用程序更加复杂,应用范围也越来越广。从行业和研究应用中选取的一些例子表明,在早期设计阶段CFD的重要性日益提高。

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