2D Seepage Process Simulation: Preliminary Analyses

Genito Serena
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Abstract

One of the research activities carried out by the "Impact on Soil and Coast" division of CMCC (Euro-Mediterranean Centre for Climate Change) concerns the impacts on territory monitoring activity and hydrological risk prevention.The activity purpose is identifying slide triggering factors in pyroclastic soils of the Campania Region.This preliminary analysis identifies the role that shape of the slope and boundary conditions play into seepage processes.Seep dynamics into the soil can be analysed with the FEM software SEEP/W (Geo-Slope International LTD, 2004); it is able to model the water flow and the pore-water pressure distribution through porous materials. Depending on the infiltration amounts, suction, pore water pressure and soil physical properties can be modified.Pyroclastic soil of Nocera Inferiore (Salerno) is tested.
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二维渗流过程模拟:初步分析
欧洲-地中海气候变化中心(CMCC)“对土壤和海岸的影响”部门开展的研究活动之一涉及对领土监测活动和水文风险预防的影响。活动目的是确定坎帕尼亚地区火山碎屑土的滑动触发因素。这一初步分析确定了边坡形状和边界条件在渗流过程中的作用。渗流动力学可以用FEM软件Seep /W (Geo-Slope International LTD, 2004)进行分析;它能够模拟水流和孔隙水压力在多孔材料中的分布。根据入渗量,吸力、孔隙水压力和土壤物理性质可以进行修改。对萨勒诺火山碎屑土进行了试验。
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2D Seepage Process Simulation: Preliminary Analyses
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