Retrofitting and Strengthening
Infrastructure Improvement
Structural Strengthening ensures the longevity of our structures and plays a pivotal role in enhancing their safety, performance, and functionality.
Our Consultancy Services include
-
Conducting structural audit/ Non-Destructive Testing of Structure.
-
Determine Nature and Scope of Repairs / Retrofitting.
-
Providing Design / Drawings / Cost estimate / Specifications for the proposed repair work.
-
Helping the client with Tender documentation for the selection of a contractor.
-
Supervising and Quality control of material and work as per the specifications.
Retrofitting Techniques
- Addition of Shear wall/ Bracing/Infill wall/ Wing wall/ Dampers, etc.
- Jacketing of RCC Column, Beam by using Steel Plate, Concrete, Fiber/ Glass Fiber.
- Strengthening of footings by the addition of size and reinforcement.
We offer a Solution for Structural repair / rehabilitation
- Damage due to Earthquake, Fire, Blast, Vibrations, etc.
- Construction Deficiencies (Poor concrete/workmanship / Misplaced Reinforcement)
- Design Deficiencies (Undersized Member / Reinforcement / Undergrade Concrete)
- Severe Exposure Condition (Corrosion / chemical attack)
Empowering Structures Through Retrofitting for Enhanced Resilience and Strength
Retrofitting refers to the process of strengthening and modifying existing buildings or infrastructure to improve their structural integrity, performance, and the safety of their occupants. It involves the evaluation of the existing structure, identification of weaknesses or vulnerabilities, and implementation of targeted measures to enhance its ability to withstand various loads, forces, and potential hazards.
Retrofitting also extends the lifespan of structures and reduces the environmental impact associated with demolition and new construction. By retrofitting existing buildings, we can make them more resilient to natural disasters, adapt to changing needs, and contribute to sustainable development.
As our cities continue to evolve, retrofitting will play an increasingly important role in ensuring the safety, functionality, and sustainability of our built environment. By investing in retrofitting projects, we can transform existing structures into resilient, efficient, and adaptive spaces, creating a safer and more sustainable future for generations to come.
Importance of Retrofitting
Safety and Risk Mitigation
Retrofitting addresses the vulnerability of older buildings to seismic events, extreme weather conditions, and other potential hazards. By assessing the structural vulnerabilities of existing buildings and implementing necessary modifications, structural engineers can enhance the safety of occupants and minimize the risk of structural failures during earthquakes, hurricanes, or other disasters.
Compliance with Building Codes and Standards
As building codes and design standards evolve, older structures may no longer meet the requirements for structural performance. Retrofitting ensures that existing buildings meet or exceed the current building codes, enabling them to withstand higher loads and forces and improving their resilience.
Preservation of Historic Structures
Retrofitting is crucial for preserving historic and culturally significant buildings. By carefully evaluating and retrofitting these structures, structural engineers can maintain their architectural integrity while ensuring they meet modern safety standards. Retrofitting allows us to preserve our heritage and extend the lifespan of valuable buildings for future generations.