In today’s world, everything has been made to be faster and more efficient. This is especially true when it comes to building. To keep up with the fast pace of life, steel detailing is a process that uses 3D modeling software to expedite the design and construction phases of buildings or other structures.

  1. What is Structural Steel Detailing?

Structural steel detailing is a process that helps architects, engineers and constructors to create designs for buildings or other structures. Using 3D modeling helps those who use it to produce designs that are not just aesthetically appealing but structurally sound.

  1. The Benefits of Structural Steel Detailing

There are many benefits to using this process when designing structures, including:

  • Faster design time – Using 3D modeling software helps you create a much more accurate model of what will be built. This means that you can account for even the smallest details and still have a structure that can withstand loads and forces.
  • Easier details – You can create 3D models using small steel parts, allowing you to see how they will fit in place before construction takes place. This saves time and money by not having to figure out these details once construction has already begun.
  • Better design – Using software means that you can see your finished product before it is created. This allows you to create an object that will be something that people will want to look at as well as enjoy being inside of or on top of.
  1. The Process of Structural Steel Detailing

Many steps go into this process, and they typically include:

  • Create a design – It is important to know what type of structure you want before you start. This will help you with the rest of the process, including material selection and more.
  • Collect your materials – You can create models for steel detailing from a variety of different materials, but the most common include plywood and foam. For smaller structures, you can begin using cardboard or balsa wood as well.
  • Create a model – Depending on what kind of material you use to create models, you will need to cut them into pieces that represent what your structure is going to look like. Once you have these pieces, tape them together and spray paint them to make them look like the real thing.
  • Create a design on your model – After it is assembled, use either transfer paper or geometry software to create lines and designs for your project. You can do this by using laser scanners as well as building information modeling (BIM).
  • Solve stress – Once you have your design, use software to solve the stress placed on it by other factors. This step is used to ensure that the structure will be able to handle any loads or forces that are put onto it once it is completed.
  • Test your model – You can test out your model in a variety of different ways to ensure that your structure will stand up under real-world conditions. You can use water and high technology sensors to test the way the steel detailing will burn during a fire, as well as how it will hold up once support beams are removed.
  • Place your first cut – Before you begin construction, you will need to make the first cut on your model. This is usually done manually with saws, files and other sharp tools that can precisely remove parts of the design.
  • Do it again until you’re satisfied – Once you have made your cut, place all of those pieces back into their final positions and do the process again until you are satisfied with the look of the model. This step is very important because it allows you to make changes before you begin using expensive steel parts.
  • Make your first cut on the real thing – Once you have made sure that your design will work, remove all of those pieces from their spots and place them in a safe location. It is now time to make the first cut on the actual structure.
  • Do it again until the structure is finished – Once you have made your first cut, place all of those pieces back into their spots and do the process again until you are satisfied with how it looks. You will need to make many more cuts before this project is completed.

Conclusion

Elmasry Steel Design and Detailing is a well recognized design and detailing office established in 1993. Our team consists of Engineers and drafts persons specializing in structural design, detail drawings for building construction, steel fabrication shop drawing packages, welding procedure specifications, erection details for erecting girders on buildings or other structures.

We have the experience to provide you with accurate quotes that are affordable because we work directly with manufacturers who specialize in customizing their products based on our customer’s needs. Give us a call today!