Study of aerodynamic performances of different wind tunnel configurations and air inlet velocities, using computational fluid dynamics (CFD)

di Perta Ester Scotto; Agizza Maria Angela; Sorrentino Giancarlo; Boccia Lorenzo; Pindozzi Stefania

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Study of aerodynamic performances of different wind tunnel configurations and air inlet velocities, using computational fluid dynamics (CFD)

机译：使用计算流体力学（CFD）研究不同风洞配置和进气速度的空气动力学性能

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Livestock and agricultural activities contribute significantly to atmospheric ammonia emission in Europe. The volatilization process depends on many factors, especially wind speed and rainfall. The most important methods to evaluate ammonia volatilization are the wind tunnel and micrometeorological methods. The tunnels are more flexible and simple to use in every situation. Few studies have been carried out to determine, which conditions are established inside the chamber and how they influence the ammonia volatilization and measurement.

机译：畜牧业和农业活动极大地促进了欧洲大气中氨气的排放。挥发过程取决于许多因素，尤其是风速和降雨。评估氨挥发的最重要方法是风洞法和微气象法。隧道在每种情况下都更加灵活和易于使用。很少进行研究来确定在室内确定哪些条件以及它们如何影响氨气的挥发和测量。

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来源
《Computers and Electronics in Agriculture》 |2016年第null期|共12页
作者
di Perta Ester Scotto; Agizza Maria Angela; Sorrentino Giancarlo; Boccia Lorenzo; Pindozzi Stefania;
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原文格式 PDF
正文语种 eng
中图分类农业科学;
关键词
Ammonia emission; Wind tunnel; Jet effect; Flow distribution devices; CFD;

机译：氨气排放;风洞;射流效应;流量分配装置;CFD;

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Study of aerodynamic performances of different wind tunnel configurations and air inlet velocities, using computational fluid dynamics (CFD)

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