Bibliographic citations
Guerrero, S., (2022). Análisis de las patologías estructurales y su propuesta de solución del piso de concreto de 64 años de antigüedad sometido a grandes cargas de la sala de máquinas de la compañía de bomberos del Perú - Rímac N° 21, 2021 [Trabajo de suficiencia profesional, Universidad Privada del Norte]. https://hdl.handle.net/11537/29648
Guerrero, S., Análisis de las patologías estructurales y su propuesta de solución del piso de concreto de 64 años de antigüedad sometido a grandes cargas de la sala de máquinas de la compañía de bomberos del Perú - Rímac N° 21, 2021 [Trabajo de suficiencia profesional]. PE: Universidad Privada del Norte; 2022. https://hdl.handle.net/11537/29648
@misc{renati/511837,
title = "Análisis de las patologías estructurales y su propuesta de solución del piso de concreto de 64 años de antigüedad sometido a grandes cargas de la sala de máquinas de la compañía de bomberos del Perú - Rímac N° 21, 2021",
author = "Guerrero Vargas, Samuel Magno",
publisher = "Universidad Privada del Norte",
year = "2022"
}
The project carried out on “ANALYSIS OF STRUCTURAL PATHOLOGIES AND ITS PROPOSAL FOR A SOLUTION OF THE 64-YEAR-OLD CONCRETE FLOOR SUBJECTED TO LARGE LOADS OF THE ENGINE ROOM OF THE FIRE COMPANY OF PERU - RÍMAC N° 21, 2021“, was under the responsibility of the Subdirectorate of Infrastructure and Equipment Management of the Directorate of Resource Management for Operation, area in which I develop my professional skills, having as a general objective to analyze the structural pathologies and their proposal of solution of the concrete floor, the instrument used was the guide of observation and tests in laboratory and in situ, obtaining as a result that the structural pathologies are caused by the humidity that affected 177.75 m2 of the floor, the structural pathologies are at the highest level of severity and are fissure, cracks and subsidence, the improvement and compaction of the ground as a solution proposal obtained a degree of compaction ASTM D1556 greater than 100%, the implementation of the reinforced concrete floor obtained a test of the compressive strength with cylindrical specimens of 6 x 12 inches greater than 280 kg / cm2 at 28 days of age.
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