Explosive Spalling of High Strength Concrete

    Project Details

    Description

    It is internationally recognised that our laboratory was the first in the world to detect that high strength concrete densified by silica fume has a much higher risk of spalling than ordinary concrete. Since this discovering many tests followed in our laboratory and at other institutions all over the world, and we are still hunting a model describing the processes involved. In summer 1994, a fire under the construction of the Great Belt tunnel gave rise to extensive explosive spalling of concrete and the same occurred during a fire in the tunnel between Britain and France. This has increased the actuality of the research.
    StatusActive
    Effective start/end date01/01/1982 → …