Structural Reinforcement of Existing Facilities and Buildings

Earthquakes are unpredictable events—but preparing for them must be precise, scientific, and backed by expert execution. Existing buildings, industrial facilities, and critical infrastructures not built according to modern seismic standards are at high risk of collapse or severe damage. Therefore, the reinforcement process is more than just engineering; it is a fundamental safety and national responsibility.

Axelrod Group operates in this field through a multidisciplinary approach: combining risk analysis, structural design, precise execution, and long-term monitoring. With proven experience and deep professional knowledge, the company performs engineering reinforcements for public buildings, industrial plants, infrastructure facilities, and critical service structures.

Key Stages in the Reinforcement Process

1. Engineering Diagnosis and Seismic Survey

  • Inspecting foundations, joints, infrastructure, construction materials, and existing cracks.

  • Analyzing structural behavior using dynamic models.

  • Aligning reinforcement levels with the requirements of Israeli Standard 413 (Seismic Standard) and international standards (FEMA, ASCE).

2. Customized Reinforcement Design

  • Strengthening horizontal and vertical elements: shear walls, columns, ceilings, and beams.

  • Utilizing supplementary elements: steel belts, chemical anchors, and reinforced concrete.

  • Designing protection for internal systems: piping, conveyors, electrical, and ventilation systems.

3. On-Site Execution and Implementation

  • Working within existing conditions while maintaining the facility’s ongoing operations.

  • Precise steel connections and concrete casting with durability-enhancing additives.

  • Utilizing advanced lifting, drilling, and insertion technologies.

4. Acceptance Testing and Long-Term Monitoring

  • Measuring structural response under simulated seismic load conditions.

  • Documenting reinforcement, future maintenance, periodic inspections, and local authority approvals.

Primary Reinforcement Methods

Method Applications Key Advantages
Steel Reinforcement Industrial buildings, logistics centers Fast installation, high load capacity
Reinforced Concrete Public buildings, educational institutions Long-term durability, integrated appearance
Shear Walls & Stability Additions High-rise residential buildings Significant reduction of lateral vibrations
Chemical & Structural Anchors Older infrastructure projects Preservation of existing structure, targeted durability

The strength of Axelrod Group lies in its ability to integrate planning, execution, and maintenance. The company effectively manages reinforcement challenges in populated areas and handles complex structural requirements. We provide tailored solutions, including phased projects based on budget, timeline, and regulation, all in collaboration with experienced seismic consultants and structural engineers.

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