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FAMCON aims to improve the understanding of fatigue failure mechanisms in marine concrete used for floating structures. By developing multi-scale numerical models, the project seeks to enhance the durability and safety of concrete in marine environments.
Floating substructures, e.g. floating offshore platforms, have widely been constructed from steel, as steels survivability in the marine environment is well-understood from its use in fixed-foundation offshore wind, but recent discussions in industry have suggested a shift towards the use of concrete due to its lower manufacturing costs, lower carbon footprint and better cost stability.
However, lack of confidence in the use of concrete floating structures in a marine environment, particularly i…
UNIVERSITY OF PLYMOUTH
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Spain, Ciudad Real
Type: University / higher education
Activity type: Higher or Secondary Education Establishments
SME: No
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