Citas bibligráficas
Condor, J., Cordova, W. (2024). REFORZAMIENTO ESTRUCTURAL DEL PABELLÓN A-2 DEL HOSPITAL SANTA ROSA MEDIANTE ADICIÓN DE PLACAS Y PÓRTICOS ARRIOSTRADOS [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/674743
Condor, J., Cordova, W. REFORZAMIENTO ESTRUCTURAL DEL PABELLÓN A-2 DEL HOSPITAL SANTA ROSA MEDIANTE ADICIÓN DE PLACAS Y PÓRTICOS ARRIOSTRADOS [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2024. http://hdl.handle.net/10757/674743
@misc{renati/419479,
title = "REFORZAMIENTO ESTRUCTURAL DEL PABELLÓN A-2 DEL HOSPITAL SANTA ROSA MEDIANTE ADICIÓN DE PLACAS Y PÓRTICOS ARRIOSTRADOS",
author = "Cordova Cruz, Wilmer Alex",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2024"
}
The objective of this research is to analyze and structurally evaluate block A-2 of the Santa Rosa Hospital located in the Pueblo Libre district, inaugurated in 1956. In addition, to propose two technical and economic solutions. For this, the static and dynamic analysis of the original structure was carried out, whose drift results (∆x=0.604; ∆y=0.694) were greater in the Y-Y direction than allowed by the E.030 standard. In addition, the structural irregularity in the plan was verified, which was not admitted by the standard. Therefore, the seismic analysis was carried out with concrete plates, obtaining favorable drift results (∆x=0.527; ∆y=0.360) according to regulations. In addition, it was verified that the masonry walls do not suffer from cracking. On the other hand, the proposal for metal bracing was analyzed, also being favorable with the drifts obtained (∆x=0.460; ∆y=0.410), however, there are masonry units that crack, as a result of a discontinuity in the upper levels. , that is, due to poor structuring of the building. Likewise, the verification of irregularities was carried out, where both proposals were admissible. Finally, the economic investment of the two proposals is shown, with the second option being more modest (P1= S/. 357,567.42; P2= S/. 109, 470.76). Therefore, it can be stated that the two reinforcements analyzed are viable in terms of providing the necessary rigidity and regularity to the structure, one being more economical than the other, but it is recommended to carry out studies on seismic resilience for both proposals to be validated in accordance with the recommendations of the standard.
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