Peer-reviewed articles 17,970 +


Title: ICE MODELS FOR ARCTIC OFFSHORE STRUCTURES
ICE MODELS FOR ARCTIC OFFSHORE STRUCTURES

PlumX Article Metrics by Elsevier
Dmitry Sharapov
10.5593/sgem2023V/3.2/s06.32
10.5593/sgem2023v/3.2
1314-2704
978-619-7603-64-4
English
23
3.2
•    Prof. DSc. Oleksandr Trofymchuk, UKRAINE •    Prof. Dr. hab. oec. Baiba Rivza, LATVIA
Oil and Gas Exploration
The Arctic region's extreme climatic conditions, characterized by freezing temperatures, sea ice, and challenging weather patterns, present formidable challenges for offshore structures. These structures, vital for energy exploration, transportation, and scientific research, encounter significant difficulties due to the dynamic and unpredictable nature of ice loads. The article provides an overview of the impact of ice loads on offshore structures in the Arctic, focusing on engineering challenges, technological advancements, and environmental considerations. Ice loads exert immense pressure on offshore structures, posing threats to their integrity and stability. Understanding the complexities of ice behavior, such as thickness variations, ice movements, and load dynamics, is critical for accurately predicting and mitigating ice-induced stresses. Engineering solutions involve specialized design considerations, including robust structural configurations, innovative materials, and mitigation strategies to withstand the diverse forces exerted by ice. Advanced numerical modeling, physical testing, and field observations contribute to a deeper comprehension of ice-structure interactions, aiding in the development of predictive models and guidelines for safer and more resilient offshore installations. However, the unpredictability of ice behavior and the need for continuous improvements in design and operational practices remain ongoing challenges. Balancing industrial progress with environmental sustainability in the Arctic requires stringent regulations, environmental impact assessments, and a commitment to ecologically responsible practices.
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[2] Andreeva, S.A., Sharapov, D. Hoek–Вrown model for ice breaking simulation. Magazine of Civil Engineering. 2023. 123(7). Article no. 12303. DOI:10.34910/MCE.123.3
[3] Sharapov D., Klochkov Y., Improving quality of 2D ice load estimation on freezer piles, International Journal for Quality Research v17, n4, 2023, DOI:10.24874/IJQR17.04-11
[4] Shi Y. A numerical investigation of ice-structure interaction using a discrete element model // Ocean Engineering. - 2016. - T. 118. - C. 274-287.
[5] Sharapov D., BRIEF ON DEVELOPMENT OF ICE LOAD ESTIMATION FOR HYDROTECHNICAL ENGINEERING, Proceedings of 23rd International Multidisciplinary Scientific GeoConference SGEM 2023, Volume 23, Issue 2.1, ISBN 978-619-7603-57-6 DOI: 10.5593/sgem2023/2.1/s08.18.
[6] Sharapov D (2023) Evolution of ice load prediction tools for hydrotechnical construction. E3S Web of Conf 402:05023. DOI: https://doi.org/10.1051/e3sconf/202340205023.
[7] DS/ISO 19906-2019 Petroleum and natural gas industries – Arctic offshore structures. International Organization for Standardization, 2010. [8] Liferov P, Shkhinek KN, Vitali L, Serre N (2007) Ice gouging study - actions and action effects. Recent Development of Offshore Engineering in Cold Regions 1 and 2: 774-786.
[9] Sharapov D (2023) Ice adhesion to hydrotechnical structures. E3S Web of Conf 431:03006. DOI: https://doi.org/10.1051/e3sconf/202343103006.
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[11] Sharapov D (2023) Structure freezing in the ice. E3S Web of Conf 431:06010. DOI: https://doi.org/10.1051/e3sconf/202343106010.
[12] Sharapov D., Andreeva S., Ice reinforcement, E3S Web of Conferences, Volume 431, 06009, 2023, DOI: 10.1051/e3sconf/202343106009.
[13] Keyang Liu, Baoping Cai, Qibing Wu, Mingxin Chen, Chao Yang, Javed Akbar Khan, Chenyushu Wang, Hasini Vidumini Weerawarna Pattiyakumbura, Weifeng Ge, Yonghong Liu, Risk identification and assessment methods of offshore platform equipment and operations, Process Safety and Environmental Protection, Volume 177, 2023, Pages 1415-1430, ISSN 0957-5820, https://doi.org/10.1016/j.psep.2023.07.081.
[14] Victoria Sykes, Maurizio Collu, Andrea Coraddu, A review and analysis of optimisation techniques applied to floating offshore wind platforms, Ocean Engineering, Volume 285, Part 1, 2023, 115247, ISSN 0029-8018, https://doi.org/10.1016/j.oceaneng.2023.115247.
[15] Emma C. Edwards, Anna Holcombe, Scott Brown, Edward Ransley, Martyn Hann, Deborah Greaves, Evolution of floating offshore wind platforms: A review of at-sea devices, Renewable and Sustainable Energy Reviews, Volume 183, 2023, 113416, ISSN 1364-0321, https://doi.org/10.1016/j.rser.2023.113416.
This work was done as a part of Project « Study of statistical patterns of ice loads on engineering structures and development of a new method for their stochastic modeling (FSEG-2020-0021)", No. 0784-2020-0021» supported by the Ministry of Science and Higher Education of the Russian Federation.
conference
https://doi.org/10.5593/sgem2023V/3.2/s06.32
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Proceedings of 23rd International Multidisciplinary Scientific GeoConference SGEM 2023
23rd International Multidisciplinary Scientific GeoConference SGEM 2023, 28-30 November, 2023
Proceedings Paper
STEF92 Technology
International Multidisciplinary Scientific GeoConference-SGEM
SWS Scholarly Society; Acad Sci Czech Republ; Latvian Acad Sci; Polish Acad Sci; Russian Acad Sci; Serbian Acad Sci and Arts; Natl Acad Sci Ukraine; Natl Acad Sci Armenia; Sci Council Japan; European Acad Sci, Arts and Letters; Acad Fine Arts Zagreb Croatia; Croatian Acad Sci and Arts; Acad Sci Moldova; Montenegrin Acad Sci and Arts; Georgian Acad Sci; Acad Fine Arts and Design Bratislava; Russian Acad Arts; Turkish Acad Sci.
257-264
28-30 November, 2023
website
9416
Arctic, Offshore Structures, Ice Loads, Ice-Structure Interaction, Numerical Modeling, Sustainability, Risk Mitigation

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