Due to the increasing number of people and activities within the cities, tall buildings are
exploited worldwide to address the need for new living and commercial spaces, while …

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 …

During seismic performance-based design for building structures, the accuracy of limit states
criteria is directly related to its real damage state and retrofitting measures after the …

Resilience and sustainability are both key criteria in risk-informed decision analysis of
structural systems. However, a comprehensive framework which incorporates both in a multi …

In concrete-filled steel tube (CFST) columns, conventional ultra-high-performance concrete
(UHPC) has a large shrinkage and could easily be deboned from the steel tube, resulting in …

Diagrid systems are emerging as one of the structurally efficient and architecturally aesthetic
solutions for tall buildings. Despite the fact that such systems are increasingly used in …

We propose the use of solar exoskeletons, an integrated building system that combines
material efficiency in structural load transfer with passive solar gain control. This offers an …

To fulfill the increasing demand for housing in urban cities, various systems of tall buildings
have been introduced tackling the design challenges. Topology design, which can get along …

Diagrid system has emerged as an innovative structural system with an aesthetic view in the
design of tall buildings. In this study, seismic performance of 36-story diagrid structures with …

In this paper, the hysteretic behavior of engineered cementitious composite (ECC)-encased
concrete filled steel tube (CFST) was analyzed based on ABAQUS/standard solver. The …