As a superior structural system, the design and construction techniques for large-scale welded steel frames have gradually matured within the domestic industry. In the design of steel frames, the "all-welded" approach is widely employed. An all-welded design entails connecting the various steel frame components through electric welding processes, thereby integrating the entire frame into a unified, monolithic structure.
Enhanced Rigidity and Stability
Adopting an all-welded design for steel frames significantly improves the overall rigidity and stability of the structure. This comprehensive welding ensures that every component within the steel frame works in unison, thereby substantially boosting the structure's overall load-bearing capacity.
Space Efficiency
An all-welded steel frame design effectively reduces the physical volume occupied by the structural components, thereby lowering overall project costs. Since the connections in an all-welded frame do not rely on bolts-which would otherwise encroach upon the space required for equipment installation at the nodes-this approach also leads to an efficient reduction in the total quantity of steel required.
High Aesthetic Appeal
Because all-welded steel frame structures do not necessitate the use of bolted connections, their structural joints appear far more streamlined and uncluttered. The resulting aesthetic appeal of the entire steel frame serves as a tangible testament to the high caliber of the structural design.
