Expandable Container House Unleashing The Potential Of Space - Saving And Adaptable Design

Compared to traditional edifices, steel - structured buildings signify a novel form of construction. The entire edifice is erected using steel materials. The structure primarily comprises steel beams, columns, trusses, and other components fabricated from section steel and steel plates. Component connections are achieved through welding, bolting, or riveting. Owing to their lightweight characteristics and uncomplicated structures, they are extensively applied in large factories, stadiums, super - high - rise buildings, and other domains. Types of steel - structured building systems encompass portal rigid - frame structures, frame structures, truss structures, and grid structures. The characteristics and applications of these standard steel - structured building systems are as follows:

Portal rigid - frame structure: It possesses a straightforward force - bearing mechanism, a distinct force - transmission route, and enables swift construction. It is widely utilized in industrial and civil buildings, such as industrial plants, commercial edifices, cultural facilities, and entertainment venues.

Steel - structured frame system: It provides substantial flexibility and can create a relatively expansive interior space. It is commonly utilized in multi - story and high - rise buildings, including commercial office buildings, shopping malls, and conference centers.

Steel truss structure: Small - cross - section tubes are utilized to form larger - cross - section components. This type of structure is frequently employed 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: It is 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 excellent seismic - resistance performance. It can be applied in the construction of gymnasiums, exhibition halls, gas stations, and aircraft hangars.