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Simulation of Mixing Process in Drum Mixer with Different Topology of Material Flows

机译:具有不同材料流体拓扑混合搅拌机混合过程的仿真

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The article contains a mathematical description of the process of mixing bulk materials in a drum aggregate using elements of mathematical statistics, theory of probability and averaging models. A random stationary process is a flow that is formed by means of dispensers in this case. The correlation function is used as its parameter. It is a measure of the stability of the process. The relationship between the variances of the input and output signals is established by means of a correlation analysis. It allows predicting the degree of homogeneity of the material flow (smoothing ability of the mixer) at the output for the given parameters of the input signal: the coefficients of recycling, the time of its presence in the mixer and the dispersion of the input signal. The correlation analysis of the flow of material allow ed the development of a new design of a continuous drum mixer. As a result, we found that the organization of external and internal recycling circuits greatly affects the reduction of fluctuations in the input signal. This reduces the variance of components and increases homogeneity of the mixture.
机译:本文含有使用数学统计元素,概率和平均模型的元素混合鼓骨料中散装材料的方法的数学描述。随机静止过程是通过在这种情况下通过分配器形成的流动。相关函数用作其参数。这是一个方法的稳定性。通过相关性分析建立输入和输出信号的差异之间的关系。它允许预测输入信号的给定参数的输出在输出端的材料流量(混频器的平滑能力):回收系数,其在混频器中的存在时间和输入信号的分散。材料流动的相关分析允许开发连续滚筒混合器的新设计。结果,我们发现外部和内部回收电路的组织极大地影响输入信号中波动的减少。这降低了组分的差异并增加了混合物的均匀性。

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