Structural examinations
Structural inspections help determine needed maintenance and take preventative measures to enhance the sustainability of the facility. In addition, it plays an important role in evaluating the possibility of upgrading or expanding the building in a safe manner
Structural examinations
Structural inspections represent a vital part of the process of confirming the safety and structural stability of buildings and engineering structures. These checks aim to evaluate the forces and pressures that the facility can bear and ensure that it achieves the required engineering and safety standards.
- Concrete and building unit checks
- Checking compressive strength, concrete blocks and cylinders
- Design concrete mixes
- Check the concrete core
- Precipitation checks for concrete


- Cement test (physical and chemical)
- Checking gradient and fine materials (gravel, sand)
- Inspection of building units (bricks, blocks, and thermostats)
- Inspection of tiles (abrasive, ceramic, alabaster, granite, and Albork)
- Checking the compressive and corrosion resistance of muqarnas and kerbstone slabs
- check concrete poles
- Check stair steps
- Natural stone check
- Check plaster and bork finish materials
Structural evaluation checks
Structural evaluation inspections constitute a vital process to evaluate the structural and mechanical condition of buildings and engineering structures. These inspections are intended to examine the temporal and environmental impacts on the facility and provide a comprehensive assessment of its structural condition.
- Ultrasonic -Schmidt hammer
- Chemical tests for concrete materials
- Soil and rock check
- Geotechnical engineering check and investigations
- Soil and its classification


- Determine the level of groundwater and check it
- Check of gradient and office and field density
- Check the limit of fluidity and plasticity
- California Tolerance Test CBR
- Chemical checks of soil components