Browsing by Author "Barrios Pi, Sebastián Andres"

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    Case study: Seismic and gravitational design of 15-story office and residential building archetypes with a semirigid clt diaphragm and reinforced concrete shear walls in Chile
    (World Conference on Timber Engineering (WCTE), 2025) Barrios Pi, Sebastián Andres; Veliz Sanzana, Fernando Daniel; Berwart Astudillo, Sebastián Ignacio; Montaño Castañeda, Jairo Alonso; Araya Miranda, Raúl Eduardo; Lagos, Guzmán Jorge; Beltrán Beltrán, Martín Aleksei Ignacio; Chacón De La Cruz, Matías Fernando Nicolás; Valdivieso Cascante, Diego Nicolás; Guindos Bretones, Pablo; Almazan Campillay, José Luis; Santa María, Oyanedel Hernan
    This study is part of the "Ciudad Madera" technological consortium, which seeks to promote widespread wood construction in Chile, whose seismic code provides no guidance for cross-laminated-timber (CLT) seismic diaphragms. Currently, this lack of a design methodology for Hybrid Mass-Timber-Reinforced-Concrete (HMT-RC) buildings, has pushed a tendency for structural designers to solely rely on the concrete topping as the seismic horizontal diaphragm element. This study validates HMT - RC and develops a seismic-design method for buildings up to 15 stories high, with CLT floor system performing as the seismic diaphragm. Twenty monotonic/cyclic connector tests and six full-scale 4 m × 4 m Radiata-pine CLT diaphragm tests will calibrate nonlinear models of office and residential building archetypes, analyzed in a 72-case parametric matrix (height, seismic zone, soil class, design philosophy). Findings show: (i) RC-core and coupling-beam detailing governs drift, (ii) flooring size is controlled by a vibration criterion, and (iii) commercial timber column-to-column splices meet seismic inter-story rotation demands.