Strengthening

Strengthening
Structural strengthening is a set of engineering procedures used to improve the load-carrying capacity, stiffness, and durability of existing structures. This is frequently necessary owing to changes in usage, higher loading demands, design flaws, material degradation, or code upgrades. New materials such as steel plates, carbon fiber-reinforced polymer (CFRP), external post-tensioning, and section expansion can all be used to strengthen structures. A thorough examination of the building is performed prior to select the most effective intervention strategy. Strengthening guarantees that the structure can continue to function safely and efficiently under new or unexpected situations, while also prolonging its service life without complete replacement.

Advantages of Strengthening:

• Increases the structural load-bearing capacity
• Adapts structures to new functions or codes.
• Protects historical and essential buildings.
• Cost-effective as compared to rebuilding.
• Provides different material and design possibilities.
• Minimally invasive, with less downtime
• Improves robustness to earthquake or wind stresses.
• Improves safety, functionality, and asset value.