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A platform for research: civil engineering, architecture and urbanism
Sea-structure interaction for tripod-type steel gravity platform
AbstractThe paper deals with a numerical integrated procedure to calculate the effects of the interaction between sea waves and a tripod-type steel gravity platform. The main aspects to be taken into account for a reliable wave loading analysis of such a new type of platform are emphasized. Among them, the field perturbation effect due to the large bodies presence is analysed. Finally, some principal results in terms of structure global loads obtained by the numerical integrated procedure are presented.
Sea-structure interaction for tripod-type steel gravity platform
AbstractThe paper deals with a numerical integrated procedure to calculate the effects of the interaction between sea waves and a tripod-type steel gravity platform. The main aspects to be taken into account for a reliable wave loading analysis of such a new type of platform are emphasized. Among them, the field perturbation effect due to the large bodies presence is analysed. Finally, some principal results in terms of structure global loads obtained by the numerical integrated procedure are presented.
Sea-structure interaction for tripod-type steel gravity platform
Berta, M. (author) / Blandino, A. (author) / Marcon, D. (author) / Paruzzolo, A. (author)
Applied Ocean Research ; 3 ; 113-118
1981-01-01
6 pages
Article (Journal)
Electronic Resource
English
Detachable tripod for ring lock type steel pipe scaffold
| European Patent Office | 2023
| European Patent Office | 2023