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Research on Mathematical Model of Liquid-Continuous Impinging Streams

机译:液体连续撞击流的数学模型研究

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Aiming at sufficiently recognizing and optimally designing the flow structure of impinging stream, and accommodating theoretical basis with the improvement and innovation of processing equipment, this dissertation researched the mathematical model of Liquid-continuous impinging streams. It, primarily, established the mathematical model of Liquid-continuous impinging streams through analyzing the physical characteristics of flow field of Liquid-continuous impinging streams.Then it obtained the locus function, velocity function and pressure function of Liquid-continuous impinging streams though solving equation of the model.Finally it made a numerical simulation about Liquid-continuous impinging streams by using CFD software.The result of numerical simulation and the analysis about flow characteristic suggests that the mathematical model established by this paper is appropriate for describing the flow field of Liquid-continuous impinging streams.
机译:本文研究了临界流的充分识别和最佳地设计灭火流的流动结构,以及随着加工设备的改进和创新的理论基础,研究了液体连续冲击流的数学模型。主要是,通过分析液体连续冲击流的流场的物理特性,建立了液体连续冲击流的数学模型。该方法通过求解方程获得液体连续冲击流的基因座功能,速度函数和压力功能该模型。通过使用CFD软件对液体连续冲击流进行了数值模拟。数值模拟的结果和流量特性的分析表明,本文建立的数学模型适用于描述液体的流动场 - 连续撞击流。

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