Currently, there is no “timber moment frame structural system,” as the basic glulam beam‐to‐
column connections (usually represented by the bolted connections with slotted‐in steel …

This study aims to characterize the axial monotonic and cyclic tensile behavior of bolted
steel connections to laminated timber and bamboo, using slotted-in steel plates, and to …

Bolted steel to laminated bio-based material connections experience significant
performance challenges due to the nonlinear response and high stress concentrations at …

Engineered timber elements are gaining wide acceptance in construction with the increased
practice of mass timber structures. The design of moment resistance connection is a …

Alternative bracing systems have been widely applied in heavy timber structures due to its
contribution to lateral stiffness and strength, while the improvement in the ductility and …

This research introduces an innovative approach to the design and simulation of bio-based
laminated structures, specifically focusing on glue-laminated bamboo (glubam) used in roof …

Resilience has becoming a favorable direction in developing structures against various
hazards especially earthquakes. In order to promote structural maintainability and enhance …

To solve the design and calculation method of the connections in modern bamboo structure,
experimental investigation and calculation method for the bearing capability of bolt steel-to …

The widespread use of energy-intensive metallic connectors and synthetic adhesives in
modern timber construction has negative implications for the end-of-life disposal or re-use of …

In this paper, a new bolted beam-column connection comprising of top-and-seat steel
angles and bolts was used in timber frames and its influence on structural behaviour was …