首页> 外文会议>ASME/JSME thermal engineering joint conference;AJTEC2011 >FINITE ELEMENT ANALYSIS OF REACTION FRONT TRACKING IN LIME CALCINATION
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FINITE ELEMENT ANALYSIS OF REACTION FRONT TRACKING IN LIME CALCINATION

机译:石灰煅烧中反应前痕迹的有限元分析

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Calcination process is carried out in shaft kilns or rotary kilns for producing the lime. In the present work, the decom position rates of the limestone in shaft kiln are experimentally measured in laboratory scale equipment. Mathematical model has been developed by using Finite element technique to track the reaction front movement from the surface to the core. The re sults obtained from the experiments are compared and validated with that of the model. Influences of parameters such as ambient temperature and the particle size are studied. The variation of reaction zone thickness during the process of decomposition has been studied and analyzed. Temperature profiles inside the lime particle are calculated and the influence of the reaction front po sition on these temperature profiles has been analyzed.
机译:煅烧过程在竖窑或回转窑中进行,以生产石灰。在目前的工作中,立窑中石灰石的分解速率是在实验室规模的设备中通过实验测量的。通过使用有限元技术来跟踪从表面到堆芯的反应前沿运动,已经建立了数学模型。从实验中获得的结果与模型的结果进行比较和验证。研究了诸如环境温度和粒径等参数的影响。研究和分析了分解过程中反应区厚度的变化。计算石灰颗粒内部的温度曲线,并分析了反应前沿位置对这些温度曲线的影响。

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