用积分声学类比计算带腔体流动引起的噪声发射

Kirill Pialov, Roman Slutsky, A. Maizel
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引用次数: 0

摘要

声学设计阶段在船舶设施设计中占有重要地位。目前,在船舶设计中,除了模型试验外,还采用数值模拟方法。设计的船舶必须符合国际噪声排放标准。除了机械和推进系统外,发出的噪音水平也会受到投射船只形状的影响。本文给出了一个利用流体力学任务中的涡流解析方法和声学任务中的声学类比方法对带腔体的水动力和声学特性进行数值模拟的计算实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculation of Noise Emission Caused by the Flow of the Body with Cavity Using Integral Acoustic Analogy
The acoustic design stage plays an important role in the design of marine facilities. Currently, in addition to model tests, numerical modeling methods are also used in the design of ships. The designed vessels must comply with international noise emission standards. The level of emitted noise, in addition to mechanisms and propulsion systems, can also be influenced by the shape of the projected vessel. This report provides a calculation example of hydrodynamic and acoustic characteristics of the body with cavity using numerical modelling with the help of eddy-resolving approaches in the hydrodynamics task and acoustic analogy in the acoustics tasks.
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