| 输气管道摩阻系数研究进展 |
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| 引用本文： | 郑永刚,王明皓.输气管道摩阻系数研究进展[J].油气储运,1998,17(10):1-6. |
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| 作者姓名： | 郑永刚 王明皓 |
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| 作者单位： | 四川联合大学，石油大学，中国石油天然气四川石油管理局，中国石油天然气四川石油管理局，石油大学 山东，山东 |
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| 摘 要： | 列出了国内外公开发表或已进入现场应用的紊流摩阻系数计算公式,总结出研究摩阻系数、雷诺数与粗糙度关系式的几种实用方法,并通过理论推导和四川油田现场数据得出分别适用于光滑管、部分粗糙管和完全粗糙管的摩阻系数计算公式。用另外测量的现场数据比较这些公式与Panhandle公式的精度,结果表明,前者比后者的平均误差至少小9%。
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| 关 键 词： | 输气管道 摩擦阻力系数 计算方法 研究 |
Development in study on frictional resistance coefficient of gas transmission pipeline |
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| Zheng Yonggang and Wang Minghao et al.Development in study on frictional resistance coefficient of gas transmission pipeline[J].Oil & Gas Storage and Transportation,1998,17(10):1-6. |
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| Authors: | Zheng Yonggang and Wang Minghao |
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| Institution: | Zheng Yonggang and Wang Minghao et al |
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| Abstract: | Lists calculation formulae of turbulent frictional resistance coefficient issued publicly at home and abroad and applied at field, summarizes several methods studying relational expressions among frictional resistance coefficient, Reynolds number and roughness, and gets calculation formulae of frictional resistance coefficient applicable for individual smooth pipe, partial-rough pipe and full-rough pipe by means of theoretical derivation and field data from Sichuan Oil Field. In accuracy comparison of these formulae to Panhandle formula with field data measured additionally, result shows that average error between the former
and the latter lies less than 9% at least. |
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| Keywords: | gas transmission pipeline fractional resistance coefficient calculation method study |
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