Diagrids are the efficient systems of tube structures for tall buildings. One of the design
considerations for these structures is the geometrical pattern of the system. In this paper, a …

Shear fuses are structural elements that protect surrounding members from damages by
undergoing substantial yielding, and then are easily replaced after a major earthquake …

This study proposes high-strength steel framed-tube structures fused with replaceable shear
links (HSS-FTSLs) to improve the seismic performance and post-earthquake reparability of …

The performance-based plastic design (PBPD) method generally relies on the nonlinear
response of equivalent elastic-perfectly-plastic single degree of freedom system. It usually …

Current design methods for achieving seismic resilience of structures are limited to hazard
levels of service level earthquake, design-based earthquake and maximum considered …

Diagrid structural systems have been brought into attention among architectures and
engineers during recent years due to high structural efficiency and aesthetic potentials …

Although the use of steel framed-tube structures (SFTSs) under intense earthquakes loads
helps to prevent fatalities, the plastic hinges at the ends of spandrel beams cannot properly …

This paper aims to utilize a novel steel strip damper to enhance seismic resilience of high-
rise steel frame in high seismic intensity regions. The developed damper is composed of …

In this paper, an innovative diagrid-like pattern for tall building structures is proposed. Based
on the concept of principal stress trajectories, the pattern is characterized by triangular units …

Abstract The Performance-Based Plastic Design method (PBPD), developed on the energy
concept, has been frequently used in technical literature as a performance-based design …