Risk-based analysis of operational design restrictions and main design characteristics of subsea construction vessels
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Опубликован:
май 1, 2023
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Аннотация
An analysis of main dimensions and weight loads of existing subsea construction vessels has been carried out. Initial design stage characteristic curves of determination of main characteristics of new generation with taking into account risk analysis and operating experience are obtained.
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Как цитировать
EgorovА., & Abdullayev, O. (2023). Risk-based analysis of operational design restrictions and main design characteristics of subsea construction vessels. Весник Одеского национального морского университета, (68), 7-26. https://doi.org/10.47049/2226-1893-2023-1-7-26
Раздел
Теория и проектирование судов
Литература
1. Gurovich A.N. Design of salvage and firefighting vessels, 1971, Sudostroenie (in Russian).
2. Ashik V.V. Design of vessels, 1985, Sudostroenie (in Russian).
3. Jones J.K. Design methods, 1986, World public house.
4. DNVGL Website. [Electronic source].‒ Retrieved from: https://www.dnv.com/oilgas/subsea-facilities/world-class-codes.html (access date 10.02.2023).
5. CSN EN ISO 19901-9 Petroleum and natural gas industries ‒ Specific requirements for offshore structures.
6. Erikstad Stain Ove. System Based Design of Offshore Support Vessels. January 2012.
7. Levander Kai. «Innovative Ship Design – Can innovative ships be designed in a methodological way», Proceedings/IMSDC 03, Athens 2003.
8. Igrec B., Pawling R., Thomas G. An interactive layout exploration and optimization method for early stage ship design. «International conference on computer application in shipbuilding 2019», 24-26 September 2019, the Netherland.
2. Ashik V.V. Design of vessels, 1985, Sudostroenie (in Russian).
3. Jones J.K. Design methods, 1986, World public house.
4. DNVGL Website. [Electronic source].‒ Retrieved from: https://www.dnv.com/oilgas/subsea-facilities/world-class-codes.html (access date 10.02.2023).
5. CSN EN ISO 19901-9 Petroleum and natural gas industries ‒ Specific requirements for offshore structures.
6. Erikstad Stain Ove. System Based Design of Offshore Support Vessels. January 2012.
7. Levander Kai. «Innovative Ship Design – Can innovative ships be designed in a methodological way», Proceedings/IMSDC 03, Athens 2003.
8. Igrec B., Pawling R., Thomas G. An interactive layout exploration and optimization method for early stage ship design. «International conference on computer application in shipbuilding 2019», 24-26 September 2019, the Netherland.