Study of gas-liquid interface displacement in capillary driven by gas pressurization

机译：气体驱动毛细管中气液界面位移的研究

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The objective of this work is to study drainage in capillary tube of circular section in dimensionless form. We present the configuration of studied problem. Equations governing physical problem and method of resolution are presented. Results concerning dimensionless evolution of interface and gas pressure as a function of non-dimensional time are finally presented and analyzed.

机译：这项工作的目的是研究无量纲形式的圆形截面毛细管中的排水情况。我们提出研究问题的配置。提出了控制物理问题的方程式和解决方法。最后提出并分析了界面和气体压力随无量纲时间变化的无量纲结果。

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来源
《2015 World Symposium on Mechatronics Engineering amp; Applied Physics》|2015年|1-4|共4页
会议地点 Sousse(TN)
作者
Bahrini Imen; Faycel Khemili;
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作者单位

Energetic: Dept., ENIM, Monastir, Tunisia;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
capillarity; pipe flow; two-phase flow; capillary tube; circular section; drainage; gas pressurization; gas-liquid interface displacement; nondimensional time function; Electron tubes; Gravity; Liquids; Mathematical model; Soil; capillary tube; drainage; effect of gravity; gas compressibility;

机译：毛细管;管流;两相流;毛细管;圆形截面;排水;气体加压;气液界面位移;无量纲时间函数;电子管;重力;液体;数学模型;土壤;毛细管;排水;作用重力;气体可压缩性;;

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4. Study of gas-liquid interface displacement in capillary driven by gas pressurization [C] . Bahrini Imen, Faycel Khemili World Symposium on Mechatronics Engineering Applied Physics . 2015

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Study of gas-liquid interface displacement in capillary driven by gas pressurization

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