Bibliographic citations
Vega, V., Uriol, A. (2023). Propuesta de diseño de empleo de pilas de agregado compactado para reducir el asentamiento y distorsión angular en suelos blandos, bajo la carga de un edificio de 7 pisos y 1 semisótano en la provincia de Chiclayo, departamento de Lambayeque. [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/670688
Vega, V., Uriol, A. Propuesta de diseño de empleo de pilas de agregado compactado para reducir el asentamiento y distorsión angular en suelos blandos, bajo la carga de un edificio de 7 pisos y 1 semisótano en la provincia de Chiclayo, departamento de Lambayeque. [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/670688
@misc{renati/410888,
title = "Propuesta de diseño de empleo de pilas de agregado compactado para reducir el asentamiento y distorsión angular en suelos blandos, bajo la carga de un edificio de 7 pisos y 1 semisótano en la provincia de Chiclayo, departamento de Lambayeque.",
author = "Uriol Rebaza, Alejandro Felipe",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
Design proposal for the use of compacted aggregate piles to reduce settlement and angular distortion in soft soils, under the load of a 7-story building and 1 semi-basement in the province of Chiclayo, department of Lambayeque. In the province of Chiclayo, department of Lambayeque, a design proposal is made for the use of compacted aggregate piles to reduce settlement and angular distortion in soft soils, under the load of a 7-story building and 1 semi-basement. It has an area of 920 m2 and its foundations have a foundation plate. The load per floor is 1.5 Ton/m2. The company M & M Consultores SAC carried out a soil mechanics study in which they determined that due to the characteristics of the terrain there would be excessive settlements. In the present work, we propose the design of the use of compacted aggregate piles which will reduce the settlement and angular distortion in soft soils, under the load of a structure. The composite modulus of elasticity was used using the Geopier Manual and the Settle 3D software was used for the modeling of the design proposals. Two design proposals were made which were modeled without and with the implementation of compacted coarse aggregate piles. One of them placing the compacted coarse aggregate piles at 2.2 m below the natural ground level and the other at 1 m below the natural ground level with a pile height of 2 m and 2.5 m respectively. Both models allow us to observe the influence of the compacted aggregate piles applied to the foundation during the construction of a new building, since, with the use of these, the settlement was reduced to a value of less than 2 inches and the angular distortion was reduced to a range of less than 1/500, being within the design ranges allowed for foundation plates regulated by the Peruvian Technical Standard. Finally, the second proposal was chosen because it meets both requirements, in addition, it requires a lower volume of soil excavation, leading to a reduction in costs for the project despite having a higher height of compacted aggregate pile compared to the first proposal.
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