WIND LOAD DESIGN HANDBOOK – VOLUME 1: Fundamentals and meteorology, wind-speed and terrain effects, wind-pressure calculations, gusts and turbulence, load combinations and load paths
Reseña del libro "WIND LOAD DESIGN HANDBOOK – VOLUME 1: Fundamentals and meteorology, wind-speed and terrain effects, wind-pressure calculations, gusts and turbulence, load combinations and load paths"
WIND LOAD DESIGN HANDBOOK – VOLUME 1 From Wind Climate and Atmospheric Flow to Structural Wind Loads, Load Paths, Stability, and Performance Wind is one of the most challenging environmental actions encountered in structural engineering. It varies continuously in speed, direction, turbulence, duration, and spatial distribution—and its effects can change dramatically with terrain, height, building geometry, surrounding structures, and structural characteristics. Wind Load Design Handbook – Volume 1 provides a systematic engineering framework for understanding these effects and translating atmospheric wind characteristics into practical structural design actions. Beginning with the fundamentals of wind engineering and atmospheric flow, the handbook develops the concepts of wind climate, meteorological data, wind speed, wind direction, return periods, atmospheric boundary layers, terrain effects, wind pressure, force coefficients, gusts, turbulence, load combinations, load paths, and structural limit states. The book explains the complete progression: Wind Climate → Wind Characteristics → Atmospheric Flow → Wind Pressure → Structural Forces → Load Path → Structural Response → Limit-State Verification Particular attention is given to the distinction between global and local wind effects, external and internal pressure, gust and turbulence effects, structural stability, wind-induced drift, vibration, uplift, overturning, torsion, and the performance of components and cladding. The handbook also introduces advanced approaches including: dynamic wind analysis; wind tunnel testing; computational fluid dynamics; performance-based wind engineering; reliability and probabilistic methods; structural monitoring; digital wind workflows; artificial intelligence applications; and aerodynamic optimization. The book emphasizes that a safe wind-resistant structure requires more than an adequate primary frame. Wind forces must travel through a continuous load path from the building envelope through secondary members, connections, diaphragms, collectors, lateral systems, foundations, and ultimately into the ground. Designed for structural engineers, civil engineers, wind engineers, architects, façade specialists, bridge and tower engineers, consultants, contractors, researchers, and engineering students, this volume combines fundamental theory with practical engineering principles, illustrative examples, design workflows, checklists, and quality-control guidance. Whether the project involves a conventional building, high-rise structure, industrial facility, tower, bridge, lightweight roof, façade, canopy, or other wind-sensitive structure, this handbook provides a strong foundation for understanding and evaluating wind effects. Understand the wind. Understand the structure. Design the complete system. The book strongly supports positioning this volume as a foundational professional reference rather than merely a wind-load calculation book: its stated scope progresses from meteorology and atmospheric flow through pressure calculations, structural response, specialized structures, computational methods, and advanced/digital workflows.
