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与传统建筑相比，钢结构建筑提供了一种创新类型的建筑结构——整个钢结构建筑。结构主要包括钢梁柱，桁架以及其他由薄壁钢板和钢板制成的零件。它通过焊接，螺栓或铆钉在零件之间连接。轻巧简单的结构广泛用于大型工厂，体育馆，超高层建筑和其他领域。
Compared with traditional buildings, Steel Structure Building Construction offers an innovative type of building structure—the entire building made of steel. The structure mainly comprises steel beams, columns, trusses, and other parts made of thin-walled steel and steel plates. It is connected between parts and parts by welding, bolts, or rivets. The lightweight and simple structures are widely used in large factories, stadiums, super high-rise buildings, and other fields.
钢结构建筑施工为车间，仓库，农业建筑，车库建筑和飞机机库提供价格合理，耐用且维护成本低的解决方案。与木结构相比，钢可抵抗强风，大雪和白蚁。金属建筑物的内部布局可以完全定制以满足您的需求。
Steel Structure Building Construction provides affordable, durable, and low-maintenance solutions for workshops, warehouses, agricultural buildings, garage buildings, and aircraft hangars. Compared to wooden structures, steel is resistant to strong winds, heavy snow, and termites. The interior layout of the metal buildings can be fully customized to meet your needs.
钢结构建筑物的类型：
Types of steel structure building:
1.门架式钢结构建筑。门式钢框架由热轧或焊接型钢，冷弯C / Z钢和钢管作为主要的承力组件，并采用轻型屋顶和墙壁结构。门架是轻钢结构最常见的形式。
1. Portal Frame Steel Building Structures
The portal steel frame comprises a hot-rolled or welded section steel, cold-formed C/Z steel, and steel pipe as the main force-bearing components and adopts a light roof and wall structure. The Portal frame is the most common form of the light steel structure.
2.钢结构房屋结构
钢框架结构由可承受垂直和水平载荷的钢梁和柱组成。圆柱，梁，支撑和其他构件被刚性或铰接连接以形成灵活的布局并创建更大的空间。它广泛用于多层，高层和超高层建筑，商业办公楼，会议中心和其他建筑物。
2. Steel Building Frame Structure
The steel frame structure is composed of steel beams and columns that can withstand vertical and horizontal loads. Columns, beams, bracing, and other members are rigidly or hingedly connected to form a flexible layout and create a larger space. It is widely used in a multi-story, high-rise, and super high-rise buildings, commercial office buildings, conference centers, and other buildings.
3.钢桁架结构
钢桁架结构由铰接在每个杆两端的几个杆组成。它可以分为平面桁架和空间桁架。根据零件截面，可分为管式桁架和角钢桁架。桁架通常由上弦，下弦，垂直杆，对角腹板和桁架间支撑组成。桁架中使用的钢量少于实心腹板梁，结构重量更轻，刚度更大。
3. Steel Truss Structure
The steel truss structure is made up of several rods hinged at both ends of each rod. It can be divided into plane truss and space truss. According to the parts section, it can be divided into tube truss and angle steel truss. The truss is generally composed of the upper chord, lower chord, vertical rod, diagonal web, and inter-truss support. The amount of steel used in trusses is less than that of solid web beams, the structural weight is lighter, and the rigidity is greater.
4.钢格栅结构
根据特定规则，网格结构包括许多杆，具有较小的空间应力，轻巧，高刚度和出色的抗震性。它用作体育馆，展览馆，飞机机库。
4. Steel Grid Structure
According to a specific rule, the grid structure comprises many rods, with small space stress, lightweight, high rigidity, and excellent seismic resistance. It is used as a gymnasium, exhibition hall, aircraft hangar.
钢结构建筑连接：
Steel Structure Building Connection:
常规有三种钢结构建筑连接：焊接连接，铆钉连接和螺栓连接。
There are three conventional steel building structure connections: welding connection, rivet connection, and bolt connection.
1.焊接连接
焊接连接是钢结构的主要连接方法。
根据两种焊件的相对位置：对接焊，搭接焊，T型接头和角接头。
1.Welding Connection
The welded connection is the primary connection method for steel structures.
According to the relative positions of the two weldments: butt weld, overlap weld, T joint, and corner joint.
2.螺栓连接
螺栓连接分为普通螺栓和高强度螺栓。
普通螺栓用于临时连接和可移动静载荷结构的连接。高强度摩擦螺栓广泛用于工业，民用建筑钢结构连接。它们是承受各种链接之间动态载荷的最合适的连接方法。
2.Bolt Connection
Bolt connection is divided into ordinary bolts and high-strength bolts.
Ordinary bolts are for temporary connection and the connection of removable static load structures.
High-strength friction bolts are currently widely used in industrial, civil construction steel structure connections. They are the most suitable connection method for bearing dynamic loads among various links.
3.铆钉连接
铆钉是一种由头部和钉杆组成的紧件。它主要通过其变形产生的摩擦来完成连接工作。具体的连接方法包括冷铆和热铆。
3.Rivet Connection
A rivet is a type of tight member composed of a head and a nail rod. It mainly completes the connection work by the friction generated by its deformation. The specific connection methods include cold riveting and hot riveting.
全部钢结构建筑物组件在工厂设计和制造，严格按照制造图纸进行切割，焊接和钻孔，以确保结构公差小于2mm。与传统的混凝土建筑相比，金属结构建筑的安装更容易，更快捷，可以节省安装期间的建设和人工成本。
All steel structure buildings components are designed and manufactured in the factory, cut, welded, and drilled strictly following the manufacturing drawings to ensure that the structure tolerance is less than 2mm. Compared with traditional concrete buildings, the installation of metal structure building is easier and faster to complete. After installation, the owner can save on construction and labor costs during installation.
