In response to the increasing need for sustainable construction materials, numerous
innovative timber-based structural systems have been developed in the past two decades …

This study introduces three types of multivariable fragility surfaces, integrating effective
structural features to improve damage assessment. The incorporation of additional …

The cross-laminated timber (CLT) shear-wall and glulam moment-resisting frame (CLTW–
GMRF) dual system is a recently completed research prepared for the British Columbia (BC) …

This paper introduces a deep learning-based multi-objective optimization framework,
applying for advancing the design of the Cross-Laminated Timber Coupled Wall system …

The definition of the targeted engineering demand parameters (EDPs) is important to
probabilistic seismic demand modeling (PSDM), which produces probability density …

This paper investigates the seismic response of the three-story Cross-Laminated Timber
(CLT) building of the SOFIE project subjected to the Near-Field (NF) Far-Field (FF) ground …

In this paper, multi-dimensional seismic vulnerability assessment is performed for a cross-
laminated timber (CLT) coupled wall (CLT-CW) system. The CLT-CW structural system uses …

Timber-based building is rising in popularity due to urban densification and the demand for
sustainable materials. Over the past two decades, several novel timber products and …

In most proposed methodologies for performance-based seismic design and evaluation,
probabilistic seismic demand modelling and fragility analysis are key elements in handling …