Through the exchanges with many netizens in the past few days, many friends have asked about the topic of the sub-warehouse seam style in the building, and this article will introduce the places that everyone is more concerned about.
The style of the split joint in construction refers to the design and treatment of the gaps or partitions in the building. The design can be divided into two categories: vertical and horizontal.
Vertical sub-silo seams refer to the gaps perpendicular to the building, and the common styles are as follows:
1. Slit type silo joint: the gap of this style is relatively narrow, and it is generally used to form a continuous and unified architectural appearance. It can be used in areas such as walls, facades, or columns.
2.Expansion type sub-silo joint: This type of gap has a large width and is usually used to deal with the thermal expansion and contraction effect caused by temperature changes in buildings. The expanded joint can be used for parts such as walls or floors.
3.Cracked type split joints: This style of gap is usually formed due to cracks that occur during the construction or use of the building. The design of cracked type silo joints can play a role in modifying and covering cracks.
Horizontal compartment joints refer to the gaps parallel to the horizontal plane of the building, and the common styles are as follows:
1. Expansion joints: Expansion joints are usually used to deal with the stress and displacement caused by temperature changes or concrete shrinkage in structures such as floors or walls. It can be divided into two types: hard expansion joints and soft expansion joints, which are used for building structures of different specifications and weights.
2.Expansion joints: Expansion joints can be divided into two types: unitary expansion joints and continuous expansion joints. They are often used in the telescopic areas of large buildings, such as bridges, tunnels, subway stations, etc. Expansion joints are designed to effectively absorb the deformation and vibration of the structure.
3.Seams: Seams are often used in earthquake-resistant buildings to reduce and disperse the stresses and displacements generated. The design of the joint should take into account factors such as load, structural stiffness and deformation capacity.
These sub-silo seam styles have a wide range of applications in building construction. The design of the sub-silo joint can effectively deal with the deformation and stress of the building structure, and improve the durability and stability of the building. The setting of the sub-bin joint can beautify the appearance of the building and make it more artistic and designal. In the process of repairing and maintaining buildings, the design of sub-silo joints can also facilitate the inspection and repair of structural defects.
The in-depth analysis and reasonable application of the style of the sub-warehouse joint in the building will help to improve the structural performance and appearance of the building, and also facilitate the later maintenance and management.