When it comes to the destructive power of hurricanes, EF5 hurricanes are undoubtedly the most terrifying. According to the Enhanced Fujita (EF) scale, an EF5 hurricane has winds exceeding 322 kilometers per hour, which is enough to destroy almost all buildings. When discussing the damage these severe storms can cause to structures built to different building materials and construction standards, certain types of buildings appear to be particularly vulnerable.
According to studies, the strong wind speeds of an EF5 hurricane can cause significant damage and even completely destroy houses built with low-quality materials. Many buildings are not adequately designed to withstand such hazards, especially lower-standard residential and some commercial buildings.
Based on current data, many structures cannot withstand winds of this magnitude, especially those that have not been professionally designed.
From a structural perspective, the following types of buildings are considered most vulnerable to damage from an EF5 hurricane:
Mobile homes: are usually built with lighter materials, which greatly reduces their stability when hit by strong winds. Standard housing: such as traditional wooden houses, especially those built in areas with less advanced construction technology. Small commercial buildings: Such buildings as convenience stores or small kiosks are often not designed to withstand extreme weather conditions. The material choice of a building determines, to a certain extent, its ability to withstand wind. Buildings made of strong materials such as steel and concrete can usually withstand stronger wind speeds, but when wind speeds reach EF5 levels, almost all buildings are likely to be affected.
Some buildings, such as high-rise skyscrapers, are designed to withstand strong winds, so even in extreme situations, the damage is relatively minor.
In contrast, many single-story homes built of wood, especially those lacking foundation reinforcement, are vulnerable to destruction in an EF5 hurricane. For example, in 2011, several ordinary houses in some areas of Georgia were completely destroyed by an EF5 hurricane, causing heavy losses to residents.
The key to protecting against wind disasters is proper construction. To improve a building's wind resistance, the use of more durable materials and proper design are essential. This includes:
While scientific advances have given us a deeper understanding of building design, any structure is vulnerable to extreme natural disasters. The damage caused by the EF5 hurricane is not only physical destruction, but also reminds us that the design and material selection of any building should not be neglected. In the days ahead, we should think about how we can better protect ourselves and our homes from natural disasters?