As structural engineers sought for more advancements and development in construction, they opt for the application of structural steels for their excellent mechanical properties and metallurgical compositions.
Structural steelworks now come spreading in the entire face of urbanization. As structural engineers sought for more advancements and development in construction, they opt for the application of structural steels and other materials upon each construction project.
Steel has been recognized as the best material that possesses the mechanical properties required in construction and engineering application. Few of the known properties steels exhibit are ductility, durability, corrosion and oxidation resistance, and recyclability. There are still a lot of things that steels do possess that let it earn the highest demand in the industry.
Steel not just stands as a foundation in the overall framework of a building, but now they do also dominate in the appearance of each infrastructure that appears glinting in the sun.
Fire Resistance
For fire protection is one of the key objectives in constructing infrastructures and buildings. Protection and resistance of the building against fire make its life last long over many years. Thus, steel and other sorts of metal is preferred by structural engineers and designers to meet that certain requirement. Steels not just exhibit the resistance against corrosion and oxidation but as well as fire resistance.
Strength
Steel possesses high levels of strength and hardness that enable it to withstand across an extensive range of extreme temperatures and severe environment and condition. The components that contribute much to the tough strength possessed by these steels are the different compounds and alloying elements found intact within its composition.
Mold
Steels can fight off mold formation on its surface. Structural steel has been used to minimize infestations of mildew and mold in residential building.
Constructability
Steel has the important mechanical properties such as weldability, machinability, and fabricability, so it can develop nearly to any shape – either welded or bolted together in construction.
Tallest structures nowadays are already constructed with structural steels because of its high strength-to-weight ratio and constructability. It has also been observed that companies rely on the application of structural steels as it entails a return of profit for any construction project.