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Compared to traditional concrete structures, steel structures are lighter and stronger. This is because steel structures have excellent deformation resistance and can withstand natural disasters such as high winds and earthquakes.
Steel structure failures stem from construction quality issues (e.g., lifting misalignment, welding flaws, improper sequencing), poor material management (substandard steel/bolts), and design oversights (inadequate load-bearing analysis, weak joints). Case studies highlight collapse risks from non-compliant practices during assembly and load application.
Although steel structure engineering has been widely used in recent years, many complicated problems and technical difficulties in steel structure engineering design, processing and installation have not been deeply recognized.
This article highlights how airport terminals achieve structural expression through scaled design elements—like slender columns, exposed beams, and tensile cables—across varied project sizes, balancing aesthetics with functional logic while fostering architect-engineer collaboration for large-span clarity.
Whether the structural expression is strengthened or weakened, clearly displayed or more deeply hidden, is a different choice made by architects according to their design concepts for specific projects.
There are several general influencing factors: span, load, space density, etc.. If estimated, it is generally 1/15 to 1/20 of the span, and the actual experience is between 1.2-2.2 meters. Greater than 30 large span space should be calculated.
Space frame structure bilding is a form of building based on a grid-like structure, which forms a stable frame structure by connecting structural elements in the form of a grid. In modern architectural design, space structure buildings are widely used in places such as gymnasiums, exhibition halls, airport terminals, and large commercial centers.
Space frame structure is generally supported on the top of the column or ring beam and other lower support structure, support node that is located in the support structure of the space frame node.
Large-span space frame structure is increasingly widely used in construction projects. It is a new type of steel structure with reasonable force, light total weight, low cost and lively and novel appearance, as well as good stability and safety.
Gas station canopy is one of the main structures of the gas station, at this stage, the gas station canopy is commonly used steel space frame structure, steel space frame structure is made of multiple rods in accordance with a certain grid form through the nodes connected to the space structure.
This article will introduce the main differences between the welded ball space frame and the bolted ball space frame.
Steel space frame structure is the commonly used roof form for large domestic stadiums, industrial plants, theaters, marquees and other buildings. The method of this new style structure is to rely on the force of the steel body itself, and use the bolt ball to connect a steel column together to support each other interlaced, netting into a variety of different forms of roof space.
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2025-03-03
