Structures
On this page, you will find the research conducted by the Structural Engineering group within the Research Subject Structural Engineering, Division of Structural and Fire Engineering. The research includes developing methods to predict the life span of existing structures, providing solutions to extend their life when necessary, and quantifying the impact of different decisions on the overall longevity of a structure.
Current projects
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Sustainable Construction in Arctic Climate – Residual prestressing in prestressed concrete structures
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Trough Bridge Project
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Characterization of train-induced aerodynamic loads on railway noise barriers
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Multiscale studies on corrosion-induced bond deterioration of reinforced concrete
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Kiruna Hospital Building
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Improving Sustainability in Concrete Structures using Corrosion-Resistant FRP Reinforcements: A Shear B ehaviour Study
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Snow galleries on Malmbanan - Monitor snow build-up and alert when it is time to clean it
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TruBridges
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Safe Dams
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Development of a proof loading method for railway bridges
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Partial composite action
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Kalix Bridge: Demolition of a prestressed concrete bridge
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Digital Twins for asset management of structures
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Kiruna City – Mining movements induced damage on existing buildings
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Multiscale study on bond-slip failure in trough bridges subjected to fatigue loading
Completed projects
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Kalix bridge project - Condition assessment of existing bridges
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IN2TRACK3 - Research into optimized and future railway infrastructure Ground-based photogrammetry
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Anchorage to concrete structures
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In2Rail – Innovative Intelligent Rail
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Structural Control and Identification of Civil Engineering Structures
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Sustainable increase of lifespan for bridges
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Prolonging life time of old steel and steel-concrete bridges
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Solution for sustainable rehabilitation of reinforced concrete walls
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The resistance of a reinforced concrete bridge
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