博文

目前显示的是标签为“airport terminal roofs”的博文

Featured Articles

What are the key points to consider when establishing a mineral warehouse on the coast of Nigeria?

图片
👉 Project location: Nigerian coast 👉 Project type: Mine warehouse (span 100 metres, length 125 metres) 1. Structural Design  Span and Length:  The mine warehouse has a span of 100 metres and a length of 125 metres, employing a large-span steel structure design to ensure structural stability and load-bearing capacity.  It is recommended to use a steel truss structure or space frame structure to meet the large-span requirements and optimise material usage.  The structural design must consider wind loads, seismic loads, and dynamic loads during the operation of the bucket wheel excavator. Foundation Design:  Since the project is located by the sea, the foundation may be relatively soft. It is recommended to use deep foundation design (such as pile foundations) to ensure structural stability.  Foundation construction must consider the impact of groundwater levels and saline-alkali environments, and foundation reinforcement should be carried out when necessa...

Types of Steel Structures Used in Airport Terminal Roofs

图片
There are various types of steel structures used in airport terminal roofs , including: 1. Truss Structures truss structure Truss structures are made up of interconnected triangles and are ideal for large span roofs. They are commonly used in airport terminals because they can support heavy loads and provide ample space for services such as lighting, ventilation, and air conditioning. 2. Arch Structures Arch Structures Arch structures are curved and rely on the strength of the curved shape to support heavy loads. They are ideal for airport terminal roofs because they provide a large clear span without the need for columns or supports. 3. Space Frame Structures space frame structure Space frame structures are made up of interconnected triangles and are ideal for complex shapes and designs. They are commonly used in airport terminal roofs because they can support heavy loads while providing a high degree of flexibility in design. _________________________________________________________...