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Modelling and Optimization on the Microchannel Heat Convection of Two Phase Flow Model based on Numerical Simulation and Calculation

机译:基于数值模拟和计算的两相流模型微通道热对流的建模与优化

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In this paper, we conduct research on the microchannel heat convection of the two phase flow model based on the numerical simulation and calculation. In the previous study, once found in the microchannel fluid under different conditions of dryness, reflect the different flow patterns and heat transfer model. Due to the fluid in the process of flow in microchannel, heating boiling gradually by the wall, its degrees along the flow direction is a variable, this makes the description of the flow and heat transfer is more complicated. To enhance the research efficiency and effectiveness, in this research we use numerical simulation and calculation for optimization. The theoretical background is verified and discussed in the main part. In the future, more simulation will be conducted.
机译:本文基于数值模拟和计算,我们对两相流模型的微通道散热对进行研究。在先前的研究中,一旦发现在不同的干燥条件下的微通道液中,反射不同的流动模式和传热模型。由于流体在微通道的流动过程中,通过壁逐渐加热沸腾,其沿着流动方向的度是可变的,这使得流动和热传递的描述更加复杂。为了提高研究效率和有效性,在本研究中,我们使用数值模拟和计算进行优化。理论背景被验证并在主要部分中讨论。将来,将进行更多的模拟。

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