Laiwan District Residential Building Structural Safety Inspection and Appraisal Report
Structural home inspection refers to the process of examining and evaluating various components of a house to determine if there are any safety hazards or structural issues.
Choose reputable and professional appraisal agencies to avoid those without qualifications and credibility.
During the assessment process, attention should be given to protecting the property and interior decoration within the house, to avoid additional losses due to damage incurred during the assessment.
Take the issues and suggestions raised in the certification report seriously, and promptly repair and address them to avoid potential safety hazards.
Structural inspections of buildings enable early detection and resolution of structural issues, ensuring the safety and quality of the property, thereby providing a more secure and comfortable living environment.
Structural assessments for building construction provide reliable data for calculations, ensuring the safety of the structure's use.
Structural Field Investigation:
Investigate the usage, site conditions, disaster and accident situations, structural and component environmental categories of buildings, review original document materials, and inspect subsidence, tilting, lateral resistance components, quality distribution, joints, and the current status of protective structures.
2. Appearance Quality Inspection:
Inspect for cracks in walls, frame columns, frame beams, concrete floor slabs, roof parapets, and structural levels. Check if the ground drainage around the exterior is dislodged and for foundation settlement.
3. Concrete Strength Testing:
Testing concrete strength using methods such as core drilling, rebound, and pullout, while relatively low in efficiency, offers high accuracy and some degree of dispersion.
4. Rebar Testing
The company employs steel bar detection equipment to conduct random inspections of the number, diameter, and spacing of steel bars, and removes sections of components to verify the main and stirrup reinforcement, checking for corrosion caused by carbonization.
5. Component dimensions and floor thickness inspection
Utilizing steel measuring tapes to inspect the cross-sectional dimensions of frame columns and beams, removing the surface plastering layer to obtain the component size evaluation values. The floor thickness is measured using a floor thickness gauge, excluding the decorative layer and plastering.
6. Deformation Detection of Overall Structure
Monitor horizontal and vertical displacement, tilt, and cracks in buildings; horizontal displacement and settlement can both be used to calculate the tilt amount. The tilt of the foundation can be calculated through the difference in settlement, while tall structures and multi-story buildings typically use the drop point method to calculate tilt.
The procedure for structural inspection at construction sites is indispensable. The standards referenced for the inspection content must be strictly selected in accordance with the safety assessment criteria and regulations set by relevant national departments, choosing methods suitable for the buildings to be inspected. By comparing real-time measurement data with relevant assessment standards and conducting professional detailed calculations, the quality of the building's structure can be determined.
