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A Parametric Study on the Leakage-Soil Interaction Due to a Leaking Pipe Using the Coupled DEM-LBM Technique

机译:使用耦合DEM-LBM技术的泄漏管引起的泄漏土相互作用的参数研究

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摘要

The coupled DEM-LBM technique is employed to simulate the leakage-soil interaction due to a leaking pipe. By adopting various particle surface energy values, the mechanical effect of soil cohesion is explored. It is found out that the orifice pressure drops with time after fluidisation occurs. And a stronger adhesion force leads to a slower decrease. In addition, the cavity size at a given time linearly decreases with the increase in the adhesion force between particles.
机译:采用耦合的DEM-LBM技术来模拟由于泄漏管引起的泄漏土相互作用。通过采用各种颗粒表面能值,探讨了土壤内聚力的机械效果。发现孔口压在流化后的时间下降。并且更强的粘附力导致较慢的减少。另外,在给定时间的腔尺寸随着颗粒之间的粘附力的增加而线性地减小。

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