皮宁国家公园区域内的塌陷现象

A. Gruchot, T. Zydroń, K. Plesiński, E. Zając, Zbyněk Zachoval
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引用次数: 0

摘要

研究目的:该研究的目的是确定2019年5月在Pieniny国家公园发现的管道孔和管道渠形成的范围和条件。材料和方法:研究的范围包括测定管孔附近边坡和管渠沿线的底土的岩土力学特征。在GeoStudio程序中还进行了有限元数值计算,以评估渗透力引起土壤变形的可能性。结果和结论:研究结果和文献分析表明,波兰喀尔巴阡山脉的管道工艺是一种普遍现象,起着雕塑的作用。对管道形态的观测表明,斜坡上是一条连续的、数十米长的管道通道,形成于中等粘性的粘土-含尘土中。可以预料,在长时间或强降雨期间,这种现象将会加剧。计算结果并没有证实存在有利于水力变形形成的条件。然而,随着过滤流量的增加,土壤中的水力梯度会产生很大的值,在土壤孔隙度高的情况下,有利于土壤颗粒的去除。坡上管道的形成过程是由于存在一个木质通道,水从这个通道渗入地面,这增加了坡上分析部分的土内流动强度。
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SUFOSION PHENOMENA IN THE AREA OF PIENINY NATIONAL PARK
Aim of the study: The aim of the study was to determine the range and conditions for the formation of the piping hole and the piping canal found in the Pieniny National Park in May 2019. Material and methods: The scope of the research carried out included the determination of the geotechnical characteristics of subsoil on the slope near the piping hole and along the piping canal. Numerical calculations with the finite element method were also carried out in the GeoStudio program, which allowed to assess the possibilities of soil deformation caused by the seepage forces. Results and conclusions: The results of the research and the analysis of the literature showed that the piping processes in the Polish Carpathians are a common phenomenon that plays a sculptural role. The observed piping form indicates that on the slope is a continuous, several dozen meters long, piping channel formed in medium-cohesive, clay-dusty soils. It should be expected that during periods of prolonged or intense rainfall such phenomena will intensify. The calculation results did not confirm the occurrence of conditions favoring the formation of hydraulic deformations. However, during the increased filtration flow, high values of the hydraulic gradient in the soil are generated, which, in the case of high porosity of the soil, favors the removal of soil particles. The occurring process of piping on the slope in question is favored by the presence of a wooden through from which water infiltrates the ground, which increases the intensity of in-soil flow in the analyzed part of the slope.
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来源期刊
CiteScore
0.40
自引率
25.00%
发文量
1
审稿时长
50 weeks
期刊最新文献
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