Building safety assessment is the identification and judgment of the current safety status of existing buildings. Due to the diverse nature of building structures, varying locations, and construction years, as well as the differing degrees of damage, the common types of building structures we encounter generally include: masonry structures, frame structures, and steel structures. Since the architectural structures differ, the methods of building safety assessment will also vary.
Deformation of structural components in buildings is a crucial inspection item in the building assessment process. It involves detecting suspicious signs or inherent weaknesses in the structure. When measuring the deformation of a building's structure, the large deflection and displacement must be measured. If the structural deformation is excessive, it may result in corresponding cracks, and large cracks can also cause further deformation of the structure. Therefore, the condition of building deformation is an important indicator reflecting the stability of the building structure and a key inspection content in building safety assessment.
Safety Assessment for Concrete Structural Buildings
1. Appearance Quality: This includes the geometric dimensions, verticality, flatness of the structural components of the building, as well as the overall and local appearance quality (such as at construction joints).
