高层建筑由于自振周期长, 阻尼小, 其高柔的特征使其对风荷载特别敏感, 风荷载是沿海地区超
高层建筑的主要水平控制荷载, 因此在强/台风作用下, 其抗风设计须在满足规范安全要求的前提 …

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 …

This paper aims to study various spatial functional layouts and test how these different
design approaches affect pedestrian comfort under shell structures. The considered shell …

To investigate the optimum location of the outrigger system, a metaheuristic‐based size and
topology optimization of the outrigger‐braced tall buildings is carried out by various three …

The behavior of a very slender building is investigated under wind loads, to satisfy both
strength and serviceability (comfort) design criteria. To evaluate the wind effects, wind tunnel …

This paper presents an integrated computational design optimization method for the
performance-based design of tall buildings subjected to various levels of wind excitation. A …

Modern tall buildings demand innovative solutions for combatting excessive wind-induced
vibrations and achieving occupant comfort criteria. The integration of building openings can …

A new procedure for the wind resistant optimization of high-rise buildings considering the
uncertainties of the wind speed, structural natural frequency and damping ratio, and the joint …

Fluid viscous dampers are proved to be effective for reducing the response of high‐rise
buildings subjected to wind excitations so as to enhance structural habitability, which serves …

This paper presents a novel framework for the performance-based wind-resistant design of
tall buildings accounting for the joint probability distribution of wind speed and direction …