1992TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series BOpen access

Effect of Pressure on Flow Parameters in Horizontal Gas-Liquid Two-Phase Plug Flow.

Hideo Shimizu, Kotohiko SEKOGUCHI, Masao NAKAZATOMI, Koji Mori

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Abstract

The primary purpose of this study is to investigate the pressure effects on liquid and gas slugs in the plug flow regime. In this study the pressure in the closed-loop system was changed from 0.3 to 20MPa at a constant fluid temperature on horizontal flow. The point of disappearance of the liquid slug, mean lengths of gas and liquid slugs, and the frequency distributions of gas and liquid slug lengths were measured to investigate the characteristics of plug flow. The approximate experimental equation for the mean length of the gas slug and the point of disappearance of the liquid slug is presented.

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What this paper is about

The primary purpose of this study is to investigate the pressure effects on liquid and gas slugs in the plug flow regime. In this study the pressure in the closed-loop system was changed from 0.3 to 20MPa at a constant fluid temperature on horizontal flow. The point of disappearance of the liquid slug, mean lengths of gas and liquid slugs, and the frequency distributions of gas and liquid slug lengths were measured to investigate the characteristics of plug flow. The approximate experimental equation for the mean length of the gas slug and the point of disappearance of the liquid slug is presented.

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Available abstract

The primary purpose of this study is to investigate the pressure effects on liquid and gas slugs in the plug flow regime. In this study the pressure in the closed-loop system was changed from 0.3 to 20MPa at a constant fluid temperature on horizontal flow. The point of disappearance of the liquid slug, mean lengths of gas and liquid slugs, and the frequency distributions of gas and liquid slug lengths were measured to investigate the characteristics of plug flow. The approximate experimental equation for the mean length of the gas slug and the point of disappearance of the liquid slug is presented.

Key concepts: Slug flow, Plug flow, Spark plug, Slug, Mechanics, Flow (mathematics), Two-phase flow, Thermodynamics

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