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NUMERICAL SIMULATION OF TWO PHASE FLOW AND HEAT TRANSFER IN CPLCONDENSER WITH POROUS WICK

机译:多孔芯的CPLCondenter中两相流动和热传递的数值模拟

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摘要

In the present paper, the Volume of Fluid(VOF) method is introduce to model the two phase flow and heat transfer with phase change in CPL condenser with porous element and the effect of different wall temperature and inlet vapor velocity to condensation phase change interface was studied with numerical simulation method. The results present that a fixed condensation physical interface can be formed on the face of porous wick, which can restrain, even eliminate the pressure oscillation. The reason of the effects are also analysed in this paper.
机译:在本文中,液体(VOF)方法的体积介绍以模拟具有多孔元件的CPL冷凝器中的相变的两个相流和热传递,以及不同壁温和入口蒸气速度与冷凝相变化界面的影响用数值模拟方法研究。结果表明,可以在多孔芯的面上形成固定冷凝物理界面,其可以抑制,甚至消除压力振荡。本文还分析了效果的原因。

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