A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Laboratory Tests on Ice Sheet Adhesion Strength on Piles of Different Materials
Pile uplift laboratory tests were carried out with piles of six different materials: polyethylene, polyvinylchloride, steel, wood, concrete and steel coated with Inerta 160 marine coating. Two different types of failure were observed, separation between ice and pile and failure in ice. Adhesion strengths were divided in three classes, about 0,05...0,07 N/square millimeters with PE- and PVC-piles, about 0,25 N/square millimeters with Inerta 160 coated piles and 0,4...0,52 N/square millimeters with the others. The effect of strain rate and localized contact stresses as well as the effect of differences in pile rigidity are discussed.
Laboratory Tests on Ice Sheet Adhesion Strength on Piles of Different Materials
Pile uplift laboratory tests were carried out with piles of six different materials: polyethylene, polyvinylchloride, steel, wood, concrete and steel coated with Inerta 160 marine coating. Two different types of failure were observed, separation between ice and pile and failure in ice. Adhesion strengths were divided in three classes, about 0,05...0,07 N/square millimeters with PE- and PVC-piles, about 0,25 N/square millimeters with Inerta 160 coated piles and 0,4...0,52 N/square millimeters with the others. The effect of strain rate and localized contact stresses as well as the effect of differences in pile rigidity are discussed.
Laboratory Tests on Ice Sheet Adhesion Strength on Piles of Different Materials
R. Frederking (author) / J. Karri (author)
1981
95 pages
Report
No indication
English
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