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In the field of modern large-scale architecture, large-span spatial structures are increasingly becoming the key structural form for various public facilities, widely applied in scenarios such as airport terminals, sports venues, exhibition centers, and industrial plants. Space frame structures, with their outstanding load-bearing performance, lightweight yet high-strength material properties, and excellent spatial organization capabilities, are gaining increasing favor among project owners and design firms worldwide.
Steel structure plant has been widely recognized in construction engineering because of its fast construction speed, light weight, good seismic performance, environmental protection and other characteristics, and has gradually replaced the bulky reinforced concrete in the design of industrial plant.
Due to the special members used in truss structure, the rods are more slender in general, which can be integrated into the architectural space to a greater extent, and can be better integrated with other members such as walls and windows to become an architectural whole.
As an efficient form of space structure, mesh frame structure is widely used in large-span buildings, such as stadiums, exhibition halls and industrial plants. Its nodes, as the key parts of connecting rods, have a direct impact on the safety and durability of the whole structure in terms of their fatigue performance. Therefore, in-depth analysis and optimisation of the fatigue performance of the nodes of mesh frame structures is of great engineering significance.
Steel structure has an Achilles' heel: poor fire resistance. In order to make the steel structure maintain its strength and rigidity for a longer period of time in a fire, and to safeguard people's life and property, a variety of fire protection measures have been adopted in the actual project.
The high strength and good ductility of steel determine that steel structures possess the characteristics of light self-weight, excellent seismic performance, and high load-bearing capacity. Additionally, steel structures can be fabricated on-site, resulting in a short construction cycle, and steel can be recycled. Therefore, steel structures are widely used in both domestic and international construction.
Space frame structures are a type of building structure composed of supports, members, spherical nodes, and enclosure systems. They are classified by construction materials into steel space frames, aluminium space frames, wooden space frames, plastic space frames, reinforced concrete space frames, and composite space frames, among others.
Reasonable maintenance and upkeep of the grid structure is the key to prolonging the life of the building.
In the field of modern architecture, modular buildings have attracted much attention because of their efficient construction methods and flexible space combinations. As an advanced structural form, space grid frame, with its unique advantages, is promoting the modular building to a higher level of modularity degree.
Space grid structure as a kind of complex high super-static structure, in order to ensure the quality of space grid structure project and reduce the construction risk factor, we specially organize the space structure construction technology for you.
This paper systems the main construction techniques of steel structure engineering, steel structure is commonly used in industrial warehouses, gymnasiums, hangars and other scenarios.
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2025-07-28
