The Oxford Handbook of Non-Synoptic Wind Storms By Horia Hangan, Ahsan Kareem
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The Oxford Handbook of Non-Synoptic Wind Storms By Horia Hangan, Ahsan Kareem

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The Oxford Handbook of Non-Synoptic Wind Storms By Horia Hangan, Ahsan Kareem topics covered
The Oxford Handbook of Non-Synoptic Wind Storms, edited by Horia Hangan and Ahsan Kareem, is a comprehensive academic reference containing nearly 30 chapters. It provides a strategic framework for understanding localized, highly destructive wind systems that depart from macroscale synoptic weather systems. [1, 2, 3]
The text covers the following primary topics and themes, organized across multiple functional sections: [1]
Core Wind Storm Types Covered
The handbook explores the physical characteristics, meteorology, and unique behaviors of local wind systems, including: [1, 2]
  • Tornadoes: Engineering perspectives, path dynamics, and structural loading.
  • Downbursts & Microbursts: Monitoring, detection breakthroughs, and interaction solutions.
  • Downslope Windstorms: Mountain waves, static stability interfaces, and boundary layer behaviors.
  • Other Systems: Squalls, gust fronts, sea or lake breezes, gravity waves, shammals, foehns, and katabatic/gap winds. [1, 2, 3, 4, 5]
Foundational Themes & Methodologies
  • Meteorological Characterization & Forecasting: The challenges, progress, and prioritizations in predicting localized wind events. [1]
  • In Situ Data Acquisition: Systems and methods for measuring engineering-relevant aspects of non-synoptic hazards and establishing robust wind databases. [1]
  • Modeling & Simulation: Analytical, semi-empirical, physical, and computational wind engineering (CWE) models to simulate complex 3D wind behavior. [1, 2]
  • Structural Loading & Collapse Mechanisms: How localized, non-stationary wind actions differ from traditional synoptic designs, and how these forces induce collapse modes in buildings and civil structures. [1, 2]
  • Risk, Mitigation, & Codification: Assessing vulnerability, determining statistics/associated risks, and creating engineering guidelines or design codes to bolster community resilience. [1, 2]
  • Socioeconomic & Climate Impacts: The broader financial and societal implications of these storms, as well as the potential effects of anthropogenic climate change on non-synoptic storm hazards. [1, 2]

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Topics

Downbursts & Microbursts: Monitoring Downslope Windstorms: Mountain waves Foundational Themes & Methodologies In Situ Data Acquisition: Systems and methods for measuring engineering relevant aspects of nonsynoptic hazards and establishing robust wind databases ISBN-10: 0190670258 ISBN-13: 978-0190670252 ISBN-13: 978-0190670276 Meteorological Characterization & Forecasting: prioritizations in predicting localized wind events Mitigation & Codification: engineering guidelines or design codes to bolster community resilience Modeling & Simulation: models to simulate complex 3D wind behavior Other Systems: Squalls Risk Socioeconomic & Climate Impacts: The broader financial and societal implications of these storms Structural Loading & Collapse Mechanisms: wind actions differ from traditional synoptic designs Tornadoes: Engineering perspectives
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