Within the world of steelworks, structural steel is being fabricated which will be further assembled to create a complete structure. The present situation of this fabrication process is being assisted by CAD or Computer-Aided Design. This modern invention is used to make it much easier for the fabricator to create the design of the structure demanded by the customer using a computer system. The accuracy that the CAD programming provides results in a much better quality of the structural steel and the entire production process.
The choice of steel as the main material in creating and building structures is attributed to the reliable and sustainable nature of the material. However, it should be recognized that the success of any construction project involving structural steel heavily depends on the efficiency of the fabrication. Depending on the specific application, the steel undergoes a number of different operations in a fabrication shop. These processes include surface preparation, cutting, punching, drilling, bending, rolling, fitting, reaming, fastening (either by welding, bolting, or riveting), finishing, quality control, surface treatment, and shipment.
Owing to its great attributes, including high strength, environmentally sustainability, customizable, easy to fabricate, and affordable price, structural steel has been the favorite material in the construction industry. Moreover, the incorporation of steel in a building makes it durable and long-lasting. Additionally, the current developments in making the fabrication process are more accurate and precise. Thanks to the digital technology that makes it easier and more efficient for shops to fabricate steel parts. The combination of technological advancement and sustenance of steel makes it possible to predict the bright future of structural steel fabrication and application. Years from now, it won’t be surprising to see structural steel as the first choice for building material.
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