A large portion of existing infrastructure is aging, creating an increasing need for a new generation of repair materials with superior strength and durability, while meeting sustainability requirements. The project addresses challenges related to structural degradation, performance loss, and reduced load-bearing capacity. For this purpose, new repair materials and methods will be developed, along with supporting sensing systems.
The work will include studies of sources of structural deterioration, performance requirements for repair materials, and interactions between existing structures and new material solutions. The project will also explore the use of emerging monitoring technologies and sensor systems to improve the understanding of structural condition before and after repair. The research will contribute to the development of a new generation of adaptive repair solutions that capitalize on the capabilities of advanced construction materials, including ultra-high performance concrete (UHPC), and sensing systems that complement them. This will minimize human intervention while ensuring extended service life for various civil infrastructures.
There will be opportunities to test and implement the developed repair solutions in real-world settings via selected case studies. This will be through the unique capabilities offered by SmartMet Lab at OsloMet. The outlined investigations will be carried out in a multidisciplinary research environment focusing on sustainable and resilient infrastructure.
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