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旋流式煤氧槍氣流流場的試驗及數值模擬

Experiment and Numerical Simulation on the Gas Flow Field of the Swirl Pulverized Coal-Oxygen Burner

  • 摘要: 按照相似理論的基本原則,設計和確定了用于工業試驗煤氧槍的冷態試驗模型。采用一維多普勒激光測速儀,測量了旋流流場的軸向速度分布,根據LDV測量值,建立了描述所給旋流場的數學模型。文中指出以余弦函數形式來逼近回流區域內的軸向速度,能獲得較現有其它方式更滿意的效果。文中還討論了旋流流場的其它空氣動力學問題。

     

    Abstract: Accorhing to the analogue theory, a cold experimental model for simulating the swirl pulverized coal-oxygen burner used in the industrial test was designed and established.
    By one dimension LDV, the distribution of axial velocity in the swirling field given was measured. Depending upon the measurement datum by the LDV, the mathematic model for showing the swirling field given was developed, and the measurement value was in good agreement with the calculation value of the model. It is considered that the approch was more satifactory than other methods at present as the axial velocity distribution in the reverse flow area was shown by cosine function. Hence, the some problems on the gas dynamics of the swirling field was also discussed in this paper.

     

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