某河道工程土质边坡防护方案设计OA
Design of Soil Slope Protection Scheme for a River Course Project
采用理正岩土软件,基于简化毕肖普法,对土质边坡在采用预应力锚索格构梁防护前后的稳定性进行了对比分析.结果表明,防护前边坡的抗滑移稳定系数小于允许安全系数,坡体处于不稳定状态;采用预应力锚索格构梁防护后,各工况条件下的抗滑移稳定系数均满足相关规范要求,坡体整体稳定,边坡防护设计能够满足工程安全要求.结合山西省西部某县河道工程实例,进一步论证了预应力锚索格构梁对土质岸坡的有效防护作用,可显著提高边坡稳定性并满足工程安全要求.
Using Lizheng Geotechnical Software and the simplified Bishop method,a comparative analysis of soil slope stability before and after the application of prestressed anchor cable lattice beam protection was conducted.Results indicated that prior to protection,the anti-sliding stability coefficient of the slope was lower than the allowable safety factor,leaving the slope in an unstable state.After adopting prestressed anchor cable lattice beam protection,the anti-sliding stability coefficients under various working conditions met relevant code requirements,ensuring overall slope stability and satisfying engineering safety demands.Combined with a river engineering case in a county in western Shanxi Province,the effective protective role of prestressed anchor cable lattice beams on soil bank slopes was further demonstrated,which can significantly improve slope stability and meet engineering safety requirements.
连玮
山西万水水利勘测设计咨询有限公司,山西 太原 030000
建筑与水利
土质边坡预应力锚索格构梁防护
soil slopeprestressed anchor cablelattice beamprotection
《海河水利》 2026 (2)
22-26,5
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