2013
DOI: 10.18867/ris.88.11
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Método De Diseño Sísmico Basado en Desplazamientos Para Marcos De Concreto Reforzado

Abstract: Se presenta un método novedoso de diseño sísmico basado en desplazamientos para marcos de concreto reforzado. Su formulación se sustenta en el concepto de sistema de referencia, el cual radica en la caracterización de la respuesta estructural mediante las propiedades elásticas e inelásticas del modo fundamental. El método propuesto consiste en la construcción de una curva bilineal de seudoaceleracion vs desplazamientos espectrales, denominada curva de comportamiento; el desplazamiento de fluencia se define aco… Show more

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“…The analysis incorporates response reduction factors influenced by structural period and materiality, simulating the building's potential inelastic behavior through energy dissipation. However, this approach simplifies by uniformly applying reduction factors across all vibration modes, which may not accurately reflect the structure's actual response [32], especially as higher vibration modes become more significant in non-linear scenarios [33]. While the design method proposes a link between structural displacement capacity and seismic forces across deformation ranges, it indirectly checks interstory drift without ensuring structural efficiency [34][35][36][37][38].…”
Section: Force-based Designmentioning
confidence: 99%
“…The analysis incorporates response reduction factors influenced by structural period and materiality, simulating the building's potential inelastic behavior through energy dissipation. However, this approach simplifies by uniformly applying reduction factors across all vibration modes, which may not accurately reflect the structure's actual response [32], especially as higher vibration modes become more significant in non-linear scenarios [33]. While the design method proposes a link between structural displacement capacity and seismic forces across deformation ranges, it indirectly checks interstory drift without ensuring structural efficiency [34][35][36][37][38].…”
Section: Force-based Designmentioning
confidence: 99%