Samples Engineering The Mega Structure

The Mega Structure

308 words 2 page(s)

The mega structure is the tallest human-made building in the world. The various engineering breakthroughs enhanced the development of the skyscraper. The structure consists of multiple floors, mostly designed for office and commercial uses. It resulted in the construction of the most secure elevator in the world that would make the skyscraper a success. The ropes enhance support to the elevator improving its power to transform the landscape.

The skyscraper consists of a steel framework that functions as a supporter for the curtain walls. The curtain walls are located below or above the framework. Additionally, reinforced concrete provide support to the skyscraper. Engineers turn the building inside out and is over 100 floors tall. The use of steel during its construction provided a quick completion of the structure. The exoskeleton of the tower is strong enough to withstand strong winds as the wind tunnel was used as part of the designing process. Each section of the tower is designed to deflect the wind causing a balance in the skyscraper. The structure contains setbacks in its design to allow less exposure to wind. In addition, the building enhances a balance of air promoting efficient cooling for the workers inside. Skyscrapers have a small surface area, which is considerably the wall because of its inability to bear loads

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Additionally, the engineers built the skyscraper robust to withstand cases of earthquakes that break buildings massively. To keep the excavation of the building from caving in, the engineers made it using enough rock to support the structure. More particularly, the use of polymer slurry to enhance the viscosity of the water. The polymer is lighter than water but denser than concrete, and as a result, the building can withstand water. It can be deduced that the skyscraper conquers all the forces of nature, due to the genius engineers who participated in its construction.