Abstract
This special issue presents an opportunity for scientists, engineers, and graduate students specializing in civil and mechanical engineering to disseminate their latest research findings on wind-induced vibrations, the dynamic responses of buildings and engineering structures to wind-induced excitations, and strategies for controlling these effects.
Wind-induced vibration is the oscillation of structures, and objects, caused by the interaction between wind flow and structural dynamics. It is a significant factor in civil engineering, aerospace, and mechanical systems, as it can lead to structural fatigue, resonance, and failure if not properly controlled. Hence, wind-induced vibration is a critical factor in structural design, as it can profoundly influence the integrity, reliability, occupant comfort, and overall safety of buildings and infrastructure. Wind-induced vibrations occur due to various aerodynamic effects, including vortex shedding, flutter, galloping, and buffeting. The study of wind-induced vibrations, the associated structural responses, and fluid–structure interactions presents a range of complex challenges and issues that must be addressed through rigorous scientific and engineering methodologies, such as: • Dynamical characteristics of structures subjected to wind load; • Intelligent wind-induced vibration suppression of engineering structures; • Simulation, analysis, and control of structures in wind field; • Vibration monitoring and safety control for structures; • Wind data analysis and wind load simulation; • Modeling and dynamic analysis of structures subject to wind load.
The valuable contributions to this special issue have been made by researchers, scientists, engineers, and other professionals who are actively engaged or have an interest in the relevant fields. Their work highlights significant research advancements, novel discoveries, innovative developments, and practical applications. The diverse academic backgrounds and institutional affiliations of the contributing authors enrich this collection, extending its significance beyond the mere publication of research findings to a broader scientific discourse.
Each manuscript included in this special issue has undergone rigorous peer review and editorial evaluation to ensure its quality and relevance to the journal. The Guest Editors express their sincere gratitude to the authors and reviewers for their invaluable contributions, which not only foster new research directions but also enhance the understanding of wind-induced vibrations and lay the groundwork for future advancements in the field.
