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强降雨条件下某"V"形边坡稳定性分析

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以强降雨条件下沟壑的两侧边坡为研究对象,针对在未降雨且未支护、降雨但未支护和降雨且支护3种条件下沟壑两侧边坡的变形情况及安全系数进行有限元分析,并探究了支护结构在该情况下的受力特点.结果表明:强降雨条件下两侧边坡的最大塑性应变发生在沟壑的底部,并沿四周方向塑性应变逐渐减小.强降雨会同时降低两侧边坡的力学稳定性,为降低降雨对边坡稳定性的影响,可在沟壑两侧边坡设置单排抗滑桩.在施工过程中,抗滑桩应当加强其底部材料的抗剪切能力.
Stability Analysis of a V-Shaped Slope under Strong Rainfalls
Focusing on the slopes on both sides of the gully under the strong rainfall,the finite element analysis of the deformation and safety factor of the slopes was conducted under three conditions:without rainfall and support,under rainfall but unsupported,and with rainfall and support,and the mechanical characteristics of the support structures under each condition were investigated.The results showed that the maximum plastic strain of the slopes on both sides under the strong rainfall occurred at the bottom of the gully,and the plastic strain gradually lessened along the circumferential direction.The strong rainfall would simultaneously decrease the mechanical stability of the slopes.To reduce the impact of rainfalls on slope stability,the single-row anti-slide pile could be arranged on the slopes on both sides of the gully.The shear properties of the anti-slide pile's bottom material should be strengthened in the construction process.

strong rainfallpermeationgully slopestability analysis

周亚彬

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福建省闽西交通工程有限公司,福建 厦门 360012

强降雨 渗透作用 沟壑边坡 稳定性分析

2024

山西交通科技
山西交通科技信息中心站

山西交通科技

影响因子:0.381
ISSN:1006-3528
年,卷(期):2024.(4)