Jun 29
Why Fabricators Prefer BIM-Based Steel Detailing Models
Table of Contents Key Takeaways BIM-based steel detailing models offer several benefits for fabricators, including increased accuracy, fewer errors, faster production times, and better collaboration among project teams. Unlike 2D drawings, the BIM 3D model is data-rich and can be used to check for clashes, produce accurate fabrication drawings, and…
Jun 24
How Clash Detection Reduces Rework in Steel Detailing Projects
Table of Contents Key Takeaways Through clash detection, steel detailing projects minimise rework by detecting conflicts between structural steel, MEP and architecture before construction. By detecting issues early, project teams can avoid costly site modifications, delays, material wastage, and fabrication errors. With the complexity of construction projects, companies with structural…
Jun 20
Why Errors Happen in Structural Steel Shop Drawings
Table of Contents Key Takeaways Mistakes in shop drawings for structural steel are caused by insufficient design details, coordination issues between project teams, drawing errors, and changes during the construction process. Even a minor mistake can cause fabricating problems, delays, waste of material, and cost overruns. In the world of…
Jun 19
Step-by-Step Workflow of Structural Steel Detailing Projects
Table of Contents Key Takeaways Structural steel detailing projects consist of a series of systematic steps that convert engineering design to detailed fabrication and erection documents. In general, the process consists of the project review, 3D modeling, connection detailing, shop drawing, erection planning, quality control, and delivery. By following a…
