HAZUS-MH Hurricane Model

The HAZUS-MH Hurricane Model allows users to estimate the economic and social losses from hurricane winds.  The information provided by the model can be used by state and local officials in evaluating, planning for, and mitigating the effects of hurricane winds.
The Hurricane Model is the first component of a planned HAZUS-MH Wind Model.  When fully implemented, the Wind Model will address the wind hazard and effects associated with hurricanes, tornadoes, thunderstorms, extratropical storms, and hail.

A Hurricane Wind Preview Model has been developed for communities in Atlantic and Gulf coast regions of the United States and Hawaii. This initial version allows the user to assess hurricane winds and compute basic estimates of potential damage to residential, commercial, and industrial buildings. It also allows the user to estimate direct economic losses. Development of the full hurricane model iwill enable the model to estimate indirect economic losses and impacts to lifelines.

The hazard component of the HAZUS-MH Hurricane Wind Model makes use of an existing state-of-the-art windfield model, which has been calibrated and validated using full-scale hurricane data. The model incorporates sea surface temperature in the boundary layer analysis, and calculates wind speed as a function of central pressure, translation speed, and surface roughness.

The HAZUS-MH Hurricane Wind Model is an improvement over existing loss estimation models because it uses a wind hazard-load-damage-loss framework. The model addresses wind pressure, windborne debris, duration/fatigue, and rain. It includes the following features:

New Features in HAZUS-MH MR3 Hurricane Model

Back To Top

HAZUS-MH Hurricane Model Applications

The Hurricane Model has been used by FEMA, states and local communities for risk assessments, mitigation planning, and support for disaster operations, including:

Back To Top

Last Modified: Thursday, 22-May-2008 15:20:26 EDT

Related Topics