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Showing 1 to 6 of 6 for “"Hurricane Michael"”.

  1. THE APPLICATION OF THE MARSUPIAL AND ROTATING CONVECTION PARADIGMS TO UNDERSTANDING THE TROPICAL CYCLOGENESIS AND INTENSIFICATION OF HURRICANE MICHAEL (2018)

    … examines the genesis and intensification of Hurricane Michael (2018), which formed in the Northwestern Caribbean Sea on October 7, 2018. Using the Marsupial and Rotating Convection Paradigms, the study identifies the dynamic and thermodynamic processes influencing the development of the …

    nps Repository record for THE APPLICATION OF THE MARSUPIAL AND ROTATING CONVECTION PARADIGMS TO UNDERSTANDING THE TROPICAL CYCLOGENESIS AND INTENSIFICATION OF HURRICANE MICHAEL (2018) (opens in a new tab)

  2. Use of Lidar Data to Investigate the Influence of Bottom Friction Coefficients for Storm Surge Modeling of Hurricane Michael in the Florida Panhandle

    … The analysis focused on the landfall area of Hurricane Michael (2018), specifically the coastal region of the Florida Panhandle and Gulf of Mexico in Bay and Gulf County. Lidar data collected in 2017 by the Northwest Florida Water Management District, were processed using ArcGIS, Python, …

    embry-riddle Repository record for Use of Lidar Data to Investigate the Influence of Bottom Friction Coefficients for Storm Surge Modeling of Hurricane Michael in the Florida Panhandle (opens in a new tab)

  3. Living With Water: How Flexible Structure Types Build Resilience in a Dynamic Landscape?

    … by both episodic hazards like flood and hurricanes, and slow but ever-present sea level rise. In 2018, Hurricane Michael brought devastation to Mexico Beach, but it also opened a window to redevelopment as well as an opportunity to experiment with revolutionary methods of handling coastal …

    washington Repository record for Living With Water: How Flexible Structure Types Build Resilience in a Dynamic Landscape? (opens in a new tab)

  4. Role of city texture in identifying drag coefficients of buildings to prevent hurricane damage

    Hurricane damage is one of the costliest and most frequent of natural disasters. In total, the cumulative cost of all 16 hurricanes in the US in 2017 was in excess of $300 billion and by 2075 the average annual damage cost in the US is expected to rise by nearly 40%. In order to mitigate disaster …

    mit Repository record for Role of city texture in identifying drag coefficients of buildings to prevent hurricane damage (opens in a new tab)

  5. 3 Essays in Natural Disaster Adaptation

    … populations facing stronger and more frequent hurricanes. In response, special building codes in the US are now available through the International Code Council (ICC) that mandate technology like reinforced roof-to-wall connections in new coastal homes ex-ante, and ex-post aid programs through …

    arizona-thes Repository record for 3 Essays in Natural Disaster Adaptation (opens in a new tab)

  6. Risk Assessment and Optimal Response Strategies for Resilience of Electric Power Infrastructure to Extreme Weather

    … networks. Firstly, we formulate an asymmetric hurricane wind field model that is applicable to forecasting and large-scale ensemble simulation. The hurricane wind field model incorporates low-wavenumber asymmetries, and its parameters are estimated using a Constrained Nonlinear Least Squares …

    mit Repository record for Risk Assessment and Optimal Response Strategies for Resilience of Electric Power Infrastructure to Extreme Weather (opens in a new tab)