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首页> 外文期刊>Advances in Mechanical Engineering >Analysis on heat transfer effect of air-temperature vaporizer in LNG satellite station:
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Analysis on heat transfer effect of air-temperature vaporizer in LNG satellite station:

机译:LNG卫星站内温度气化器的传热效果分析:

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摘要

Air-temperature vaporizer is the main equipment of LNG satellite station vaporization process, and the core equipment of the whole supply system, whose vaporization capacity decides the gas supply scale of LNG satellite station. The heat transfer effect of finned tube mostly affects the vaporization capacity of air-temperature vaporizer and also affected by many factors such as ambient temperature. Therefore, this research aims to study the heat transfer of finned tube in air-temperature vaporizer. With the actual case calculated and analyzed, the research has established the mathematical model of heat and mass transfer based on MATLAB program, with which the required length of finned tube is calculated. On comparing the results of simulation with actual ones, the reliability of the model is verified. According to the studies of the effects of air temperature, fin height, number of fins, and vaporization of LNG on the heat transfer process, the search sums up that the heat transfer performance of finned t...
机译:气温气化器是LNG卫星站气化过程的主要设备,也是整个供应系统的核心设备,其气化能力决定着LNG卫星站的供气规模。翅片管的传热效果主要影响空气温度蒸发器的蒸发能力,还受环境温度等多种因素的影响。因此,本研究旨在研究翅片管在空气温度蒸发器中的传热。通过对实际情况的计算和分析,建立了基于MATLAB程序的传热传质数学模型,计算了翅片管的所需长度。通过将仿真结果与实际结果进行比较,验证了模型的可靠性。通过对空气温度,翅片高度,翅片数量,LNG汽化等因素对传热过程的影响研究,得出结论:翅片翅片的传热性能...

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