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A comparison of numerical simulation and scheme for hull painting plant ventilation airflow

机译:船体涂装厂通风气流数值模拟与方案的比较

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The STAR-CCM+ technology is also used to analyze the location and number of vents in hull coating plant in the case of constant air volume. By means of numerical simulation and mathematical model theory, this paper makes a comparison of air distribution in the working area of this plant, and found the interior velocity and temperature field vary with different location and number of vents. Specifically speaking, the lower position and improper number of vents can lead to unevenness of the internal thermal environment and imbalance of wind speed in the working area. This study provides simulated basis and technical references for the better coating operations in suitable environment, which is significant for putting forward the improvement, optimizing the quality of the coating operation and saving energy.
机译:STAR-CCM +技术还用于分析船体涂层设备中的位置和数量在恒定的空气量的情况下。通过数值模拟和数学模型理论,本文比较了该植物的工作区中的空气分布,并发现内部速度和温度场随不同的位置和通风口数而变化。具体而言,较低的位置和不当的通风口数可以导致内部热环境的不均匀性和工作区域中风速的不平衡。本研究为合适的环境中更好的涂层操作提供了模拟的基础和技术参考,这对于提高改进是显着的,这是优化涂层操作的质量和节约能量的重要性。

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