Bibliographic citations
Hernandez, W., Torres, H. (2021). Expansión urbana y zonificación de la capacidad portante del suelo en el ámbito periurbano de la ciudad capital del distrito de Catilluc, provincia San Miguel, región Cajamarca 2019 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/27749
Hernandez, W., Torres, H. Expansión urbana y zonificación de la capacidad portante del suelo en el ámbito periurbano de la ciudad capital del distrito de Catilluc, provincia San Miguel, región Cajamarca 2019 [Tesis]. PE: Universidad Privada del Norte; 2021. https://hdl.handle.net/11537/27749
@misc{renati/509708,
title = "Expansión urbana y zonificación de la capacidad portante del suelo en el ámbito periurbano de la ciudad capital del distrito de Catilluc, provincia San Miguel, región Cajamarca 2019",
author = "Torres Castañeda, Hector Luis",
publisher = "Universidad Privada del Norte",
year = "2021"
}
The objective of this research was to determine the areas suitable for urban expansion based on the bearing capacity presented by the periurban soils of the capital city of the Catilluc district, making 20 pits of 2.0 m depth, to extract samples from each soil stratum. and determine its physical and mechanical characteristics (type of soil, friction angle, cohesion and bearing capacity). Through the direct shear test, the bearing capacity of the soils could be calculated using the Karl Terzaghi formula, the values of which were obtained and divided by a safety factor of 3 to obtain their admissible load capacity, with which a zoning, considering three zones. Zone I, suitable for development, for soils with an admissible load capacity greater than 1 kg / cm2, represented by SM type soils (silty sand). Zone II, moderately suitable for urbanization, for soils with an admissible load capacity between 0.8 kg / cm2 and 1 kg / cm2, represented by soils type CL (inorganic clay). Zone III, undeveloped, for soils with an allowable load capacity less than 0.8 kg / cm2, represented by OH soils (organic clay), CH (inorganic clay with high plasticity) and MH (inorganic silt with high plasticity).
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