A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Application of large diameter high tensile, low alloy tubular steel piles; flexibility of long artificial piles was utilized to absorb berthing impact energy of large cargo vessels and also to resist static mooring loads; unconventional pile handling and driving methods facilitated execution of work in harbor with 20-ft tidal variations; simplicity of design and careful scheduling of all construction phases were two governing requirements.
Application of large diameter high tensile, low alloy tubular steel piles; flexibility of long artificial piles was utilized to absorb berthing impact energy of large cargo vessels and also to resist static mooring loads; unconventional pile handling and driving methods facilitated execution of work in harbor with 20-ft tidal variations; simplicity of design and careful scheduling of all construction phases were two governing requirements.
Mooring dolphins for harbour of kitimat
Dock Harbour Authority
Bernups, A. (author)
1960
6 pages
Article (Journal)
English
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Mooring Dolphins for harbour of Kitimat
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