Steel connections play a vital role in the design and execution of steel structures, as they ensure that all elements are securely joined and that loads are transferred safely.
Among the most commonly used types are bolted connections, which rely on bolts to fasten elements together. They are preferred because of their quick installation, ease of dismantling and relocation, and high accuracy in execution.
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In this article, we highlight the main types of bolted connections, their benefits, and common applications:
- Beam-to-Beam Connection
This type connects two beams together, either to extend the span or to connect secondary beams to the main beam.
✅ Benefit: Provides flexibility in design and helps cover wide spaces without oversized elements.
✅ Application: Commonly used in warehouses, industrial workshops, and large trusses.
- Beam-to-Column Connection
One of the most important connections in any steel structure, as it directly links beams to columns.
✅ Benefit: Transfers loads efficiently from beams to columns.
✅ Application: Essential in nearly all steel structures, forming the main framework of the building.
- Bracing Connection
Bracing elements are diagonal members used to resist lateral forces such as wind or earthquakes.
✅ Benefit: Enhances the overall stability of the building and prevents lateral deformation or collapse.
✅ Application: Widely used in high-rise buildings or structures located in seismic or windy regions.
- Base Plate Connection
This connection joins steel columns to concrete foundations using a base plate and anchor bolts.
✅ Benefit: Transfers both vertical and horizontal loads from the columns to the concrete foundation safely.
✅ Application: A fundamental component in all steel structures, ensuring stability and durability.
Choosing the right type of bolted connection is not just a technical detail—it is a critical factor that determines the safety and strength of the entire steel structure.
At Hasanoglu in Turkey, we place great emphasis on designing and executing connections according to the highest engineering standards, ensuring that every project is strong, safe, and efficiently delivered both locally and globally.