This article is the second part of the series of the comprehensive review which is related to
the outrigger and belt‐truss system design for tall buildings. In this part, by presenting and …

In this paper, a simplified modeling and analysis method for skyscrapers with an outrigger
system is introduced. The simplified method is mainly based on the superelements and …

In this paper an approximate hand-method for seismic analysis of an asymmetric building
structure having constant properties along its height is presented. The building is stiffened …

Background: When a high-rise building is designed, the main aim is to limit transversal
displacements. In addition, when vertical bracings, made up of thin open sections, are …

In the present paper, a General Algorithm is applied to the analysis of high-rise structures.
This algorithm is to be used as a calculation tool in preliminary design; it allows to define the …

This paper presents a simplified modeling and optimization method (SMOM) to find the
optimum preliminary design for tall buildings with outrigger and ladder systems. The …

A three-dimensional formulation is proposed to analyze the lateral loading distribution of
external actions in high-rise buildings. The method is extended to encompass any …

SUMMARY A generalized multi‐mode pushover analysis procedure was developed for
estimating the maximum inelastic seismic response of symmetrical plan structures under …

In the last decades, the expansion of high-rise buildings has reached even those countries
in which the past architectural conceptions and the municipal regulations have hampered …

A simplified skyscraper model (SSM) based on dominant degrees of freedom and
superelements was developed and implemented in a spreadsheet for use in preliminary …