Weight is a problem that engineers continue to tussle with because it is hard to find the right combination of materials and building techniques. Structural engineers continue to struggle with the ever present challenge of transportation. Transporting people through a skyscraper continues to be a challenge because elevators were unsafe at first, and elevator shafts cannot be made as tall as skyscrapers. Wind is the ultimate challenge that engineers face when building skyscrapers. This is because of vortex shedding, and the exponential rise of lateral loads at immense heights. These three challenges are felt all over the world when building a skyscraper, and will most likely continue to be challenges for many years to come. With the ideas of electromagnetic elevators and carbon fiber buildings, man will continue to reach for the sky, and as they do this, they will continue to wrestle with the challenges of weight, transportation, and
Weight is a problem that engineers continue to tussle with because it is hard to find the right combination of materials and building techniques. Structural engineers continue to struggle with the ever present challenge of transportation. Transporting people through a skyscraper continues to be a challenge because elevators were unsafe at first, and elevator shafts cannot be made as tall as skyscrapers. Wind is the ultimate challenge that engineers face when building skyscrapers. This is because of vortex shedding, and the exponential rise of lateral loads at immense heights. These three challenges are felt all over the world when building a skyscraper, and will most likely continue to be challenges for many years to come. With the ideas of electromagnetic elevators and carbon fiber buildings, man will continue to reach for the sky, and as they do this, they will continue to wrestle with the challenges of weight, transportation, and