Cheryl Daleon - Academia.edu (original) (raw)
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Università degli Studi "La Sapienza" di Roma
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Papers by Cheryl Daleon
Journal of Nepal Geological Society, Jun 4, 2018
European journal of environment and earth sciences, Apr 15, 2022
European Journal of Environment and Earth Sciences
Soil characterization is important since it gives an idea of the state of soil in the field. More... more Soil characterization is important since it gives an idea of the state of soil in the field. Moreover, Philippine geology map shows a vast area of Pliocene-Pleistocene classification, where until now no up to limited study presented the soil characteristics of this type of geology. These soil characteristics are essential for engineering purposes like design, land development, slope stability, disaster risk mitigation, stabilization, and other relevant utilization. In addition, it identifies if the soil in the site is problematic like being expansive or collapsible. In this study, the soil from thirty sampling locations in the two barangays of Kibawe, Bukidnon with Pliocene-Pleistocene geology is characterized based on their physical and mechanical properties. The results showed that the soil in this geology is classified as fine-grained soil with other locations as gap-graded. The plasticity index (PI) varies from 14.11-71.28%, which indicates medium to very high plasticity. The li...
CMU Journal of Science, 2017
Journal of Nepal Geological Society, 2018
Spatial variation of soil thickness, cohesion and friction angle are crucial in large scale slop... more Spatial variation of soil thickness, cohesion and friction angle are crucial in large scale slope stability analysis. However, determination of these parameters is challenging, costly and time consuming. In order to opt out expensive laboratory tests and laborious field investigation, efforts had been done by many researchers to predict these parameters over large areas. In this study, the soil samples and soil thickness data are gathered from 30 sampling boreholes and 60 probed points in an area with Pliocene-Pleistocene geology. The details on slope angle are obtained from the slope map through a processed Digital Elevation Model (DEM) in Geographic Information System (GIS) particularly the ArcGIS software. Slope angles are confirmed in the site through actual measurement using the clinometer. The soil thickness is measured from the ground surface down to the interface of soil and weathered bedrock. The cohesion and friction angle are determined from the direct shear test. Regres...
Journal of Nepal Geological Society, Jun 4, 2018
European journal of environment and earth sciences, Apr 15, 2022
European Journal of Environment and Earth Sciences
Soil characterization is important since it gives an idea of the state of soil in the field. More... more Soil characterization is important since it gives an idea of the state of soil in the field. Moreover, Philippine geology map shows a vast area of Pliocene-Pleistocene classification, where until now no up to limited study presented the soil characteristics of this type of geology. These soil characteristics are essential for engineering purposes like design, land development, slope stability, disaster risk mitigation, stabilization, and other relevant utilization. In addition, it identifies if the soil in the site is problematic like being expansive or collapsible. In this study, the soil from thirty sampling locations in the two barangays of Kibawe, Bukidnon with Pliocene-Pleistocene geology is characterized based on their physical and mechanical properties. The results showed that the soil in this geology is classified as fine-grained soil with other locations as gap-graded. The plasticity index (PI) varies from 14.11-71.28%, which indicates medium to very high plasticity. The li...
CMU Journal of Science, 2017
Journal of Nepal Geological Society, 2018
Spatial variation of soil thickness, cohesion and friction angle are crucial in large scale slop... more Spatial variation of soil thickness, cohesion and friction angle are crucial in large scale slope stability analysis. However, determination of these parameters is challenging, costly and time consuming. In order to opt out expensive laboratory tests and laborious field investigation, efforts had been done by many researchers to predict these parameters over large areas. In this study, the soil samples and soil thickness data are gathered from 30 sampling boreholes and 60 probed points in an area with Pliocene-Pleistocene geology. The details on slope angle are obtained from the slope map through a processed Digital Elevation Model (DEM) in Geographic Information System (GIS) particularly the ArcGIS software. Slope angles are confirmed in the site through actual measurement using the clinometer. The soil thickness is measured from the ground surface down to the interface of soil and weathered bedrock. The cohesion and friction angle are determined from the direct shear test. Regres...