Carolina Magna-Verdugo

Dr. Carolina Magna-Verdugo

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Research Focus & Metrics

Academic Career Length

7Years (2020-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 February 2020 in Construction and Building Materials
Verified
Journal Article
Closed access
PAPablo Alcaíno
Pablo Alcaíno
HMHernan Santa Maria
Hernan Santa Maria
CMCarolina Magna-Verdugo
Carolina Magna-Verdugo
LLLuis Lopez-Quijada
Luis Lopez-Quijada

4 April 2023 in Buildings
Verified
Journal Article
Open access
PDF file
JPJuan Puentes
Juan Puentes
Pablo Fernando ParraPablo Fernando Parra
Pablo Fernando Parra
CMCarolina Magna-Verdugo
Carolina Magna-Verdugo
PCPatricio Cendoya
Patricio Cendoya
ASAvudaiappan Siva
Avudaiappan Siva
Chile’s reinforced concrete (RC) design is based on ACI 318-08, where high-strength reinforcement is not allowed in seismic force-resistant members. In 2019, new requirements adopted by ACI 318 permitted the incorporation of high-strength reinforcement in walls. This study compared the seismic performance of two Chilean 20-story residential buildings on soft soil, one designed with traditional Grade 60 and the other with high-strength Grade 80 reinforcement. The performance was assessed in terms of the probability of exceeding the ASCE 41 limit states during a 50-year lifecycle. Analyses showed that both buildings had similar seismic performance. However, the reduction in reinforcement in the Grade 80 building was close to 18%. It is concluded that using high-strength reinforcement in a typical wall building implies a significant reduction in the reinforcement used without affecting the seismic performance.