Building Seismic Condition Analysis
Structural integrity assessment and seismic behavior modeling of existing buildings in compliance with modern earthquake engineering codes.
The Importance of Structural Condition Analysis for Seismic Safety
A building's resistance to an earthquake is directly tied not only to the original design data, but to the wear it has sustained over time, material aging, and any unauthorized alterations. Our expert engineering team examines the building's structural system, soil composition, and material quality using modern destructive and non-destructive test methods, reporting the building's true safety condition within the framework of Turkey's current Building Earthquake Code (TBDY) and legal norms.
Risk Verification Process Through Laboratory and Field Testing
The on-site inspection and laboratory analysis steps carried out to determine whether a building can protect life and property in a potential earthquake are as follows:
Core Sampling and Concrete Strength Testing
Concrete samples (cores) are taken from the building's load-bearing columns and shear walls using standards-compliant hydraulic equipment. Compression tests performed in our structural laboratory mathematically report the concrete's true compressive strength (MPa) and quality.
Reinforcement Detail Analysis and X-Ray Scanning
The quantity, diameter, corrosion condition, and stirrup spacing of steel reinforcement bars in structural elements are imaged non-destructively using rebar scanners (X-ray-type devices), producing a map of design compliance or structural deficiency.
3D Structural Modeling and Earthquake Simulation
The concrete strength, reinforcement map, and soil survey data obtained from the field are fed into advanced engineering software. The building is modeled in three dimensions digitally, and the points at risk of failure or collapse under a potential earthquake scenario are simulated.
Why Should Building Seismic Condition Analysis Be Performed?
A building that appears sound on visual inspection may harbor significant risk due to hidden corrosion, insufficient reinforcement, or low concrete quality. Preventing loss of rights in sale transactions, providing scientific grounds to judicial authorities in urban-transformation disputes, or guaranteeing life safety in a future disaster is only possible through this professional engineering assessment.
"In short: seismic condition analysis is a structural check-up for buildings. By identifying potential risks before a disaster occurs, it keeps buildings legally and physically safe."
- Service Duration
- Depends on building size (avg. 3–7 days)
- Reporting
- Fully Compliant with the Earthquake Code and Forensic Standards
- Coverage
- All of Turkey