Expandable Container House A Revolutionary Solution For Versatile Living And Working Spaces
In contrast to traditional buildings, steel - structured edifices embody an innovative construction paradigm. Constructed entirely from steel materials, their structure principally comprises steel beams, columns, trusses, and other components crafted from section steel and steel plates. Component connections are established through welding, bolting, or riveting. Given their lightweight attributes and uncomplicated structures, they are extensively utilized across diverse sectors, including large factories, stadiums, and super - high - rise buildings.
Steel - structured building systems encompass portal rigid - frame structures, frame structures, truss structures, and grid structures, each having unique characteristics and applications:
Portal rigid - frame structure: With a straightforward force - bearing mechanism and a distinct force - transmission route, it enables rapid construction. Consequently, it is eminently suitable for a broad spectrum of industrial and civil buildings, such as industrial plants, commercial edifices, cultural facilities, and entertainment venues.
Steel - structured frame system: Providing substantial flexibility, it has the capacity to create a relatively expansive interior space. As a consequence, it is commonly implemented in multi - story and high - rise buildings, like commercial office buildings, shopping malls, and conference centers.
Steel truss structure: By leveraging small - cross - section tubes to form larger - cross - section components, this structure is frequently deployed in industrial and civil buildings demanding large spans or heights, such as large - span roofs, bridges, towers, and offshore oil production platforms.
Steel space frame structures: A high - order statically indeterminate space structure composed of numerous rods arranged in a specific pattern, it is characterized by low spatial stress, lightweight, high rigidity, and outstanding seismic - resistance performance. Hence, it is applicable in the construction of gymnasiums, exhibition halls, gas stations, and aircraft hangars.
