Outrigger and belt-truss system is one of the most common lateral load resisting systems in
tall and super tall buildings. The prevalence of this system is a result of its efficiency, which …

Considering the effect of soil–structure interaction in dynamic analysis of structures can
change their responses. It is generally assumed that the structure is located on a rigid …

The focus of this study is to investigate the seismic behavior of outrigger-braced building
considering the soil–structure interaction based on finding the best location of outrigger and …

The main goal of this paper is to investigate the effect of blast phenomenon on structures to
determine the best location of belt truss system in tall buildings. For this purpose, one of the …

Currently, there are many lateral resisting systems utilized in resisting lateral loads being
produced in an earthquake. Such systems can significantly reduce the roof's displacement …

In steel frame-tube structures (SFTSs) the application of flexural beam is not suitable for the
beam with span-to-depth ratio lower than five because the plastic hinges at beam-ends can …

The plethora of efforts needed for conducting the Performance-Based Seismic Design
(PBSD) to investigate the tall buildings' performance requires sustainability in developing …

In this paper, a parametric approach for design of high‐rise structures subjected to flexural
vibration is proposed. The optimization problem is formed based on a preselected value for …

Beams of steel frame-tube structures (SFTSs) typically have span-to-depth ratios of less than
five. This makes a flexural beam unsuitable for such an application because the plastic …

The design of outriggers is one of the hot issues in mega column-core tube-outrigger
structures (MCCTOS). Therefore, the analysis of the parameters of the outriggers is of great …