The Burj Khalifa, located in Dubai, is the world’s tallest skyscraper, standing at an awe-inspiring 829.8 meters. Because of its impressive height, many people have pondered over the past decade why this structure won’t collapse. After all, it looks so fragile when looking from afar, yet it's been standing there for over a decade with no signs of falling. With so much speculation about its stability, what are the reasons for us to believe it won’t ever fall?
The main reason not to worry about the Burj Khalifa falling is the construction quality. Built by a renowned construction firm, the structure features an impressive range of technological advancements that have allowed it to stand as tall and strong as it does today. All of its concrete columns are reinforced with steel, providing excellent structural support. The building’s enormous foundation is made from solid concrete that can support immense weight and shocks. Bear in mind that the entire structure was built to withstand a magnitude 8 earthquake, meaning the building can handle even the most extreme seismic events.
In addition, the Burj Khalifa also has an array of safety features installed in it. The elevators are built to automatically shut down if they detect any extra force, while the entire building's hardware is equipped with sensors and alarms to provide an early warning if any unusual activity is detected. Plus, an elaborate fire-safety system is in place and is regularly tested, which prevents any major fire in the building from occurring.
Another reason why the Burj Khalifa will not fall is due to the materials used in its construction. Premium materials such as stainless steel and aluminum were chosen, as they have a greater resistance to corrosion, and are much lighter in weight compared to concrete and steel. The Burj Khalifa also features a layer of ceramic tiles on the exterior of the building, which are highly resistant to heat and will prevent excess heating from damaging the structure.
Moreover, the Burj Khalifa is designed to remain aerodynamically sound. The building’s creators designed the exterior shape in a way that reduces the wind drag, decreasing the chances of the building toppling over in heavy winds. There is also a large system of dampers installed in the building, which absorb any sudden movement in the building due to vibrations caused by wind or other sources.
