Repair & Rehabilitation

Aging industrial buildings form the backbone of manufacturing, logistics, and heavy engineering operations across the world. Many of these facilities were constructed decades ago, designed for load conditions, materials, and …

Industrial facilities face a major danger from earthquakes because they cause structural damage, equipment failure, and downtime. Many structures already constructed may not satisfy contemporary safety criteria as they were …

Structural defects are more than surface-level imperfections. They often indicate deeper issues within a building’s load-bearing system, materials, or construction practices. If left unattended, these defects can compromise safety, accelerate …

Earthquakes remain one of the most destructive natural hazards, capable of causing sudden and widespread structural failure. As urban development intensifies and high rise construction grows, designing buildings to withstand …

External post-tensioning (EPT) is a structural strengthening and load management technique used in reinforced concrete beams and slabs. Unlike conventional reinforced concrete, which relies solely on internal reinforcement to resist …

Foamjacking is a modern repair technique used to lift and stabilize sunken or uneven concrete surfaces, such as driveways, sidewalks, or floors, through the injection of a polyurethane foam. The …

In industrial environments, especially chemical manufacturing units, structural failures can lead to far-reaching consequences—endangering both life and operations. This case study outlines an urgent intervention undertaken to rehabilitate a structurally …

Carbon fiber laminates are lightweight, durable material made from carbon fibers and resin. It is used to reinforce and repair structures, providing excellent durability and stiffness. Commonly applied in construction …

What is FRP? Fiber reinforced polymer (FRP) is a composite material consisting of fiber and polymer. The fiber is made of carbon, glass or Aramid, with carbon being the predominant …

In metro rail systems, where uninterrupted service and safety are important, upgrading structural elements such as pier caps is essential for accommodating additional loads and mitigating the risks of structural …