To supplement or increase the strength of existing structures, there are several methods of structural reinforcement: carbon fiber, steel plate wrapping, shear walls, column enlargement, beam enlargement, foundation enlargement, or adding slabs.
High Quality Construction Team
As the name suggests, structural reinforcement is about supplementing or increasing the strength of existing structures. There are several methods of structural reinforcement: carbon fiber, steel plate wrapping, shear walls, column enlargement, beam enlargement, foundation enlargement, or adding slabs.
The key to the construction of carbon fiber and steel plate wrapping reinforcement lies in how the strength of the carbon fiber and steel plates is transmitted to the reinforced concrete surface, allowing the old and new materials to integrate as one, thereby achieving collective strength for the reinforcement purpose.
For shear walls, column enlargement, or adding slabs, the focus of construction is that the strength of the newly poured concrete must be greater than the original design, but its elastic modulus should not exceed that of the existing concrete. This is because if the elastic modulus of the new concrete is significantly higher than that of the old concrete, it can lead to separation and spalling at the interface when the structure experiences vibrations or oscillations.
To achieve complete structural reinforcement, all steps from design, material selection, construction, to inspection are essential and must not be neglected.
As the name suggests, structural reinforcement is about supplementing or increasing the strength of existing structures. There are several methods of structural reinforcement: carbon fiber, steel plate wrapping, shear walls, column enlargement, beam enlargement, foundation enlargement, or adding slabs.
The key to the construction of carbon fiber and steel plate wrapping reinforcement lies in how the strength of the carbon fiber and steel plates is transmitted to the reinforced concrete surface, allowing the old and new materials to integrate as one, thereby achieving collective strength for the reinforcement purpose.
For shear walls, column enlargement, or adding slabs, the focus of construction is that the strength of the newly poured concrete must be greater than the original design, but its elastic modulus should not exceed that of the existing concrete. This is because if the elastic modulus of the new concrete is significantly higher than that of the old concrete, it can lead to separation and spalling at the interface when the structure experiences vibrations or oscillations.
To achieve complete structural reinforcement, all steps from design, material selection, construction, to inspection are essential and must not be neglected.
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