CAJ | 학술논문

基于CFD专业软件fluent采用精细的RSM应力模型,深入分析了粘度对内部流场动压分布、切线速度、轴线速度、油相的集中度和湍动能分布的影响,总结出粘度的增加是导致旋流器分离效率降低的根本原因.
기우CFD전업연건fluent채용정세적RSM응력모형,심입분석료점도대내부류장동압분포、절선속도、축선속도、유상적집중도화단동능분포적영향,총결출점도적증가시도치선류기분리효솔강저적근본원인.
Viscosity is an important attribute of fluid. The liquid - liquid hydrocyclone separate the two kinds of liquid, so viscosity of liquid is the important parameters which affect the internal flow and separation efficiency . Based on CFD software and used the most sophisticated RSM stress model, in-depth analysis viscosity impacting on the five aspects of the interior flow filed , including the internal flow dynamic pressure distribution, tangential velocity , the axis velocity , the degree of concentration of oil phase, turbulent kinetic energy distribution ,eventually summarized the essence causes of with the viscosity increasing ,then the separation efficiency lower.