A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Deep-Ocean Pile Emplacement Systems: Concept Evaluation and Preliminary Design
A previous review of the state-of-the-art of seafloor pile emplacement indicated that three types of mechanical systems could be developed for deep-ocean seafloor pile emplacement. The systems are: vibratory drivers, screw piles, and jack-in piles. Conceptual design for multiple-pile emplacement systems using each of these mechanical systems were developed and compared. The comparison showed that screw-piles would be the most effective in meeting the given operating requirements. A preliminary design for a pilot-model screw-pile emplacement system is presented. (Author)
Deep-Ocean Pile Emplacement Systems: Concept Evaluation and Preliminary Design
A previous review of the state-of-the-art of seafloor pile emplacement indicated that three types of mechanical systems could be developed for deep-ocean seafloor pile emplacement. The systems are: vibratory drivers, screw piles, and jack-in piles. Conceptual design for multiple-pile emplacement systems using each of these mechanical systems were developed and compared. The comparison showed that screw-piles would be the most effective in meeting the given operating requirements. A preliminary design for a pilot-model screw-pile emplacement system is presented. (Author)
Deep-Ocean Pile Emplacement Systems: Concept Evaluation and Preliminary Design
D. A. Raecke (author)
1973
41 pages
Report
No indication
English
The AECL Waste Package Concept: An Assessment of Post-Emplacement Performance
| British Library Conference Proceedings | 1992