Introduction of other nodes of steel structure
In architecture and structural engineering, there are many different types of connection nodes besides the Mero node, each designed to meet various structural requirements and design objectives. These nodes each have unique features, suitable for different engineering and architectural scenarios. Here are some common nodes similar to the Mero node:
Space Truss Nodes: These nodes are used to connect the members in a space truss structure. Space trusses are lightweight yet strong structures widely used in the construction of large-span roofs and bridges. Space truss nodes can take various forms, including welding, bolting, or using specialized connectors.
Spherical Nodes: Similar to the spherical design of the Mero node, spherical nodes allow members to connect from multiple directions. These nodes are typically used in constructing complex three-dimensional structures, such as domes or free-form architectures.
K Nodes: K nodes are commonly used in steel structure buildings, especially in truss constructions. They allow two diagonal members to connect to a main member at a single point, often used in the support structures of bridges or roofs.
T and Y Nodes: These nodes are shaped like the letters T and Y, respectively, and are used to connect intersecting steel structural members. They provide structural support while also creating aesthetically pleasing visual effects.
Bolted Sphere Nodes: Similar to Mero nodes but typically smaller in scale, these spherical nodes are connected by bolts and are suitable for structures requiring high precision and adjustability.
Flange Nodes: These nodes connect structural members via flanges, common in heavy-load structures. Flange nodes offer a flat contact surface fixed by bolts or welding, allowing the transfer of significant forces and moments.
Like Mero nodes, these nodes are developed to fulfill the diversity, flexibility, and aesthetic pursuit of structural design. The choice of node depends on specific project requirements, cost considerations, construction techniques, and design aesthetics.
