专题:Seismic and Structural Analysis of Tall Buildings

This cluster of papers focuses on the structural developments, optimization, and seismic performance of diagrid structural systems in tall buildings. It explores the use of outrigger systems, sustainability considerations, and energy dissipation techniques for high-rise design.
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Seismic design and response of inverted-V CBFs compliant with European and Canadian Standards

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Study on the along-wind response and aerodynamic mechanism of supertall buildings under setback tapering and rotation designs

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Seismic retrofitting of existing reinforced concrete frames using eccentric steel braces: Experimental evaluation and numerical simulation

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Seismic performance of a full-scale modular steel structure with high-performance grouted joints: Experimental study on global response

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Evaluation of seismic resilience in steel structures incorporating ductile elements in vertical link beams under near fault ground motions

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Performance enhancement of existing tuned mass damper (TMD) via an optimally designed tuned inerter damper for seismic application

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Engineering resilience through hierarchical isolation: A mega-frame with sub-structure isolation system

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Shaking Table Behaviour of a Full‐Scale Three Storey Steel Rocking Structure With Tension‐Only Frictional Dissipators

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A novel hybrid seismic control system utilizing the acceleration differential force between a base-isolated Building and an active tuned mass damper inerter under near-field excitations

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Multi‐Hazard Wind‐Seismic Vibration Mitigation of Tall Buildings Using Tuned Mass Damper Inerter (TMDI) and Structural Modification: Numerical Optimization and Experimental Validation

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