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Datos de precipitación con el modelo HSB para pronóstico de deslizamiento de suelos superficiales [Forecasting shallow landslides using atmospheric precipitation data wiyh the HSB model]
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|Alternate Title:||Forecasting shallow landslides using atmospheric precipitation data wiyh the HSB model|
|Authors:||Peña-Rincón, Carlos Arturo|
|Author Affiliations:||Primary: |
Universidad Nacional de Colombia, Bogota, Colombia
|Volume Title:||Boletín de Geología|
|Source:||Boletín de Geología, 39(2), p.49-56. Publisher: Universidad Industrial de Santander, Bucaramanga, Colombia. ISSN: 0120-0283|
|Note:||In Spanish with English summary. 42 refs.; illus.|
|Summary:||The present study addresses a problem of slope stability by using a physically based model with the Hillslpe-Storage Boussinesq (HSB) partial differential equation. This is used to evaluate shallow landslides, taking information from geotechnical parameters, slope profile, and rainfall. In this work, the equation was solved using finite difference methods in Python, by applying it to a theoretical area and calculating the safety factor. Five continuous periods of rainfall were considered in such equation. This data was taken from the records of the Automatic Weather Station in Manizales, Colombia. As a result, a monitoring of the stability slope through the safety factor was obtained, which was influenced in periods of 30 minutes, allowing a supervision of the surface soils landslide hazard by rainfall factor.|
|Subjects:||Angular momentum; Boussinesq equation; Dynamic properties; Engineering properties; Equations; Equilibrium; Erosion features; Geologic hazards; Landslides; Mass movements; Natural hazards; Preventive measures; Rainfall; Richards equation; Saturation; Seismicity; Slope stability; Andes; Colombia; Northern Andes; South America; Hillslope-Storage Boussinesq model; Manizales Colombia|
|Copyright Information:||GeoRef, Copyright 2021 American Geosciences Institute.|
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