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首页> 外文期刊>Network Daily News >Investigators from Aarhus University Have Reported New Data on Computational Fluid Dynamics (Investigating the Feasibility of Using Computational Fluid Dynamics Based Response Surface Methodology and Neural Network To Model the Performance of …)
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Investigators from Aarhus University Have Reported New Data on Computational Fluid Dynamics (Investigating the Feasibility of Using Computational Fluid Dynamics Based Response Surface Methodology and Neural Network To Model the Performance of …)

机译:Aarhus大学的研究人员报告了有关计算流体动力学的新数据(研究使用基于计算流体动力学的响应表面方法和神经网络的可行性来建模…)

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摘要

By a News Reporter-Staff News Editor at Network Daily News – A new study on Fluid Mechanics - Computational Fluid Dynamics is now available. According to news reporting out of Aarhus, Denmark, by NewsRx editors, research stated, “Microclimatic conditions affect the thermal comfort and health of sows kept in confined spaces. Individualised ventilation strategies (IV) have been shown to be more effective in providing homogeneous cooling effects and fresh air across the highly sectioned sow houses than conventional ventilation strategies.”
机译:由Network Daily News的新闻记者播放器新闻编辑 - 一项关于流体力学的新研究 - 计算流体动力学现已可用。 根据NewsRX编辑的新闻报道,丹麦的Aarhus报道说:“微气候条件会影响保存在密闭空间中的母猪的热舒适度和健康状况。 与传统的通风策略相比,个性化的通风策略(IV)已被证明在提供高度分割的母猪房屋方面更有效地提供均匀的冷却效果和新鲜空气。”

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