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The Mechanism for the Slumping Congeries Starting Response to Rainfall

机译:暴跌的会友开始对降雨作出反应的机制

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The starting process of slumping congeries is the key of Landslide fluidization. Taking Jinlong gully of Yalong River as a typical instance, the characteristics of slumping congeries on the response of heavy rainfall are analyzed firstly, then dynamic mechanism is made to retrieve the starting of slumping congeries by mechanical model. Finally Conclusions of slumping congeries starting response to rainfall are given: (1) The response to rainfall amount is reflected in the transition period of the dry season to rainy season when transformation of debris flows are concentrative happened. (2) The response to rainfall intensity is characterized by short-term index of rainfall intensity, and after calculating the index of rainfall intensity in Jinlong gully, debris flow is likely to outbreak when the index is greater than 800. (3) Taking a loose debris body as the simplified mechanics model, the starting process of slumping congeries is that under the heavy rainfall the increased water force and decreased soil cohesions reduce the stability and then lead to the starting of the slumping congeries and generate debris flow. All the conclusions and results in the paper can provide references for the theory study of landslide fluidization and the starting of debris flow.
机译:塌陷的开始是滑坡流化的关键。以雅long江金龙沟为典型实例,首先分析了暴雨凝结对暴雨响应的特征,然后通过力学模型建立了动态​​机制来恢复暴雨凝结的开始。最后给出了对凝结物开始对降雨的响应的结论:(1)当泥石流集中发生时,对降雨量的响应反映在旱季到雨季的过渡时期。 (2)对降雨强度的响应以短期降雨强度指数为特征,计算金龙沟的降雨强度指数后,当指数大于800时有可能爆发泥石流。(3)松散的碎屑体作为简化的力学模型,塌​​陷凝结的开始过程是在强降雨条件下,增加的水力和减小的土壤内聚力降低了稳定性,然后导致塌陷凝结的开始并产生泥石流。本文所有结论和结果可为滑坡流态化和泥石流形成的理论研究提供参考。

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