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Modelling the Flow of Solids in the Blast Furnace

机译:建模高炉固体流动

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摘要

The finite element method has been used to model the solid flow inside a cold blast furnace. The constitutive equation used, which belongs to the hypo-plastic family, has been programmed within AEAQUS, the well-known finite element software. This equation has been calibrated using results from simple triaxial tests with sinter and coke material. After several remeshings, the steady state velocity and stress fields were obtained. The outputs showed, amongst other results, the dead-man shape (obtained after calculation) as an iso-velocity curve, the regions of active and passive state, the transition between plug flow and funnel flow, and the void ratio field.
机译:有限元方法已用于模拟冷高炉内的固体流动。 所使用的本组成方程属于Hypo-Plastic系列,已经在AEAQUS,该众所周知的有限元软件中编程。 使用烧结和焦质材料简单三轴试验的结果已经校准了该等式。 在几次倒闭之后,获得稳态速度和应力场。 在其他结果中,输出显示了死人形状(在计算后获得)作为等速曲线,主动和被动状态的区域,插头流动和漏斗流之间的过渡,以及空隙率场。

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