Continuous Load Path
Research Ongoing research and testing at the IBHS Research Center proves that stronger, more durable homes can be achieved through objective engineering solutions. As part of our commitment to real-world impact, IBHS launched its FORTIFIED Home™–High Wind program in 2017 at the National Tornado Summit. This program will help homeowners located in inland areas build…
Post-Hurricane Investigations
IBHS has conducted several damage investigations following major hurricanes to assess building performance across different wind speed zones, exposures, and construction eras. All data are georeferenced and focus on details such as terrain exposure, elevation and roof structures, finishes, openings and opening protection, attached structures, and damage to these building systems. A major finding from…
Hailstorms: Radar & Forecasting
Through an ongoing field study and collaboration with our academic partners, IBHS collects unique data from hailstorms to help improve detection, forecasting, and modeling capabilities of hail. This work will (1) allow for better prediction of the quantity and size of hailstones across a given storm area, (2) help improve loss prediction modeling, and (3) better inform claims adjusters…
Building Vulnerability to Wind-Driven Rain Entry
Research IBHS researches variables that affect water entry into buildings during wind-driven rain events such as tropical storms and hurricanes. Results inform IBHS FORTIFIED Standards and other guidance for reducing this type of damage. Demonstration In 2011, IBHS conducted a first-of-its-kind full-house examination of how wind-driven water penetrates common types of openings in residential roof…