REINFORCED CONCRETE STRENGTHENING
Redesigning the Structural Strengthening Solutions for Buildings
Reinforced concrete strengthening is a comprehensive engineering process aimed at increasing a building’s seismic resistance, enhancing its load-bearing capacity, and extending its service life. Strengthening has become essential for buildings with weak structural systems, those that have suffered damage, or those that have reached the end of their design life.
Our firm provides professional strengthening solutions to improve the static performance of structures through methods such as additional shear wall applications, column jacketing, foundation strengthening, and reinforcement improvements.
1. Construction of Additional Shear Walls
Shear walls are critical elements that significantly increase the lateral load-carrying capacity of a structure. These walls directly counter earthquake forces and reduce building drift to minimum levels.
* Application Stages: Determining shear wall locations based on static projects, preparing connection reinforcements with existing floors and columns, rebar and steel reinforcement installation, formwork setup, and pouring high-strength concrete.
2. Column Jacketing (Encasement)
This is one of the most vital applications for columns that are damaged, weak, or have insufficient cross-sections. Jacketing enlarges the column section and increases the reinforcement ratio, significantly boosting the element’s load-bearing capacity.
* Application Method: Preparing the existing column surface, drilling and anchoring reinforcement according to the project, and reconstructing the column with high-strength concrete.
3. Foundation Strengthening (Raft – Beam – Footing Enlargement)
Foundation strengthening is required when deficiencies are found in the existing foundation system during structural strengthening.
* Techniques Used: Beam and footing enlargement, additional raft foundation, and rebar anchoring. This method spreads the structural load over a larger area to increase stability.
4. Beam and Slab Strengthening
In some buildings, it is necessary to strengthen beams and slabs in addition to columns and foundations.
* Scope: Increasing beam cross-sections, reinforcement reinforcement, and slab concrete thickening.
5. Reinforcement Improvements and Quality Enhancement
Corrosion or section loss in reinforcement is common in existing structures. In these cases, reinforcement cleaning, anti-corrosion chemical applications, and new rebar anchoring are performed.
Conclusion: Strong, Safe, and Compliant Structures
Reinforced concrete strengthening projects bring the load-bearing system into compliance with modern regulations through precise engineering analysis and application. Our firm manages all projects with the following principles:
* Steel Reinforcement + Formwork + High-Strength Concrete
* Additional Shear Walls
* Column Jacketing
* Foundation Enlargement
* Execution According to Static Project Requirements
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