Wind damage is typically worst at which part of a structure?

Wind damage is typically worst at the eaves of a structure due to their projection beyond the walls. Eaves are the edges of the roof that overhang the walls, and they are particularly vulnerable to high winds, especially during severe storms like hurricanes or tornadoes. The wind can lift and cause damage to roofing materials and structures at the eaves more easily because they are not protected by other parts of the building.

Additionally, when wind flows over the roof, it can create a lifting effect at the eaves, leading to increased pressure on these areas. This is compounded by the fact that the eaves often support gutters, which can collect debris and create additional weight or blockage, further exacerbating potential damage.

While windows and doors can also suffer from wind damage through breaking or failure of seals, the overall structural integrity at the eaves is more directly compromised by the lift and pressure caused by wind forces. The foundation, while crucial for overall stability, does not typically experience localized wind damage in the same way that eaves do, making the eaves the most vulnerable part of a structure to wind damage.