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A Common Mathematic Model for Solving Hot Oil Pipeline Transient Heat Transfer and flow Problems and Its Application

机译:解决热油管道瞬态传热和流量问题的常见数学模型及其应用

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A mathematic model to describe transient heat transfer and flow problems during pipelining hot crude oil is established. The model can be used to solve typical transient heat transfer and flow problems of hot oil pipelines, such as the change of throughput rate and heated temperature of oil, shut-down and restarting of pipeline, and preheating newly-built pipeline. For the transient heat transfer problem brought by changing oil heated temperature, the calculation result of the common model developed in the paper is between calculation result of Russian analytical formula and Russian measurement results. As another example, the thermal process of preheating Dong-Bin pipeline is calculated, the comparison between field measurement results and calculation results shows that the common model developed in the paper can meet the demand of thermal calculation of field pipeline.
机译:建立了一种数学模型,用于描述流水线热原油过程中的瞬态传热和流量问题。该模型可用于解决热油管道的典型瞬态传热和流量问题,例如油耗和加热温度的油,闭合和重启管道,并预热新建的管道。对于通过改变油加热温度带来的瞬态传热问题,本文开发的共同模型的计算结果是俄罗斯分析公式和俄罗斯测量结果的计算结果。作为另一个例子,计算了预热Dong-Bin管道的热过程,场测量结果和计算结果之间的比较表明,本文开发的共同模型可以满足现场管道热计算的需求。

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