Structural steel has many practical uses that provide the backbone for all types of construction projects, and there are a lot of advantages to using steel during a construction project. For example, steel has an excellent strength-to-weight ratio; it comes in many efficient shapes; its metal pieces join easily, etc. Thankfully, it is easy to find a metal building contractor who deals with structural steel buildings in or around your local community too. There are some negatives to consider with steel, though. For instance, rust is a possibility with every steel building over time. The sort of rust on your building will decide how long it will last. Nevertheless, the pros largely outweigh the cons when it comes to steel buildings.
Steel comes in many shapes and sizes, like columns, beams, joists, and studs. Despite steel being a ubiquitous construction material, people often don’t realize where and how commonly steel is used, so here are five structural steel uses for construction projects that you may not think about for steel:
0With millions of cars passing over some of the most significant bridges, the material used in bridge construction must be able to withstand the endured stress. One benefit of using steel is it is a tensile metal or metal with a high strength-to-weight ratio. Engineers can build large bridges that can last for many years. Self Builders can find great structural engineers.
A testament to steel’s prowess in tensile strength is the Brooklyn Bridge; standing for over 127 years, it is the oldest suspension bridge in the United States and includes steel-wire suspensions. So if you’re looking to build a bridge for your next project, you’ll be sure to get a significant return on investment by putting structural steel cables into your project.
Industrial buildings are another kind of construction project that could utilize more of steel’s full potential because structural steel is also cost-effective. The reason why steel has become very cost-effective is due to the large variety of ready-made steel sections and architectural frameworks. These pre-made parts are relatively easy to assemble and are easy to ship to a site, ready to install immediately.
Steel is also one of the most durable building materials available on the market; as mentioned above, it is also designed to have a high strength-to-weight ratio. These three factors are what make steel an ideal construction material for industrial buildings, which often require a quick time to complete and a sturdy frame to build.
High Rise Buildings
When building for height, structural steel is necessary to withstand the forces exerted upon the building over time. High-rise buildings are a unique exception in that they are made as high as 20-30 stories or more, so it is imperative that engineers look to steel for assistance.
Structural steel is resistant to many natural external forces like wind and earthquakes because it is a strong, flexible metal. So, if a storm or an earthquake ever hits a large high-rise building, the steel of that building will not break under that pressure. Instead, it will bend with the forces. Like the suspension bridges discussed earlier, that flexibility allows the steel to stay strong against high forces.
Another benefit of using steel in tall buildings is the speed of construction possible with steel. High rises can shoot up in a matter of a year, which can be very valuable, especially in the case of a building like the Empire State Building, with 60,000 tons of steel in its frame.
The next project that structural steel is ideal for is building parking garages. For many of the reasons that steel is useful to a large building, so too is the steel for a parking garage. Steel building material allows construction projects to save time and money, all the while investing in a durable, ready-to-install product.
Parking garages present a challenge to engineers who must be able to figure out how to balance the weight of all the vehicles on each floor of the garage. Another benefit to a parking garage construction project is the strength-to-weight ratio steel offers to engineers, making it possible to build higher and higher parking garages without compromising the integrity of the parking garage.
The last kind of construction project where steel is handy is in residential buildings. Residential buildings utilize a process called light gauge steel, which helps to maximize the strength level in a building’s structure. Light gauge steel construction supports architectures where wood and other construction materials cannot do the job.
Much like building a wooden support frame, light gauge steel ensures that buildings will last for years and will be finished promptly, which is beneficial for both construction managers and residential building owners. Another reason why light gauge steel construction is so valuable to home construction is resilience.
The greater plasticity and flexibility found in structural steel make it an all-around better construction material for residential buildings. Especially for buildings located in high-risk zones like near earthquake faults and along the seacoast, light gauge steel design makes a building’s longevity much more reliable than compared to other building materials.