2008Journal of Yangtze UniversityRequires access

Pressure Drop of Tri-Phase Flow in a Horizontal Pipeline

Jianyi Kong

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Abstract

Based on the theory of gas-liquid flow and the primary equations of single dimensional fluid,the pressure drop calculating equation of two-phase flow about separating flow pattern and uniform flow model were deduced.The calculation instances were given in a horizontal pipeline,and the conclusion is drawn that the relationship between gas-content and pipeline pressure drop has little effect on pressure drop in three-phase-flow pipeline.It shows that the resistance of fluid flow is not raised due to gas increase into pipeline.

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What this paper is about

Based on the theory of gas-liquid flow and the primary equations of single dimensional fluid,the pressure drop calculating equation of two-phase flow about separating flow pattern and uniform flow model were deduced.The calculation instances were given in a horizontal pipeline,and the conclusion is drawn that the relationship between gas-content and pipeline pressure drop has little effect on pressure drop in three-phase-flow pipeline.It shows that the resistance of fluid flow is not raised due to gas increase into pipeline.

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Available abstract

Based on the theory of gas-liquid flow and the primary equations of single dimensional fluid,the pressure drop calculating equation of two-phase flow about separating flow pattern and uniform flow model were deduced.The calculation instances were given in a horizontal pipeline,and the conclusion is drawn that the relationship between gas-content and pipeline pressure drop has little effect on pressure drop in three-phase-flow pipeline.It shows that the resistance of fluid flow is not raised due to gas increase into pipeline.

Key concepts: Pressure drop, Mechanics, Flow coefficient, Two-phase flow, Pipeline (software), Flow (mathematics), Drop (telecommunication), Flow resistance

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