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Determination of Ice Characteristics for Marine Hydroengineering Structures

Kantarzhi, I. G. / Maderich, V. S. / Koshebutskii, V. I.

Problems and potential approaches to determining ice characteristics for sea hydroengineering structures design are considered. A system for numerical modeling of ice dynamics is presented. The system may be used to define ice characteristics on approaches to structures with due regard for local hydrometeorological conditions and ice loads on structures. System application examples are presented for determining computational scenarios for ice loads at structures of the Pevek floating nuclear power plant (FNPP), as well as for the breakwater pier under reconstruction in Vanino. A scenario approach is used to determined ice loads.

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Determination of Ice Characteristics for Marine Hydroengineering Structures

Kantarzhi, I. G. / Maderich, V. S. / Koshebutskii, V. I.

Problems and potential approaches to determining ice characteristics for sea hydroengineering structures design are considered. A system for numerical modeling of ice dynamics is presented. The system may be used to define ice characteristics on approaches to structures with due regard for local hydrometeorological conditions and ice loads on structures. System application examples are presented for determining computational scenarios for ice loads at structures of the Pevek floating nuclear power plant (FNPP), as well as for the breakwater pier under reconstruction in Vanino. A scenario approach is used to determined ice loads.

Determination of Ice Characteristics for Marine Hydroengineering Structures

Kantarzhi, I. G. / Maderich, V. S. / Koshebutskii, V. I.

Problems and potential approaches to determining ice characteristics for sea hydroengineering structures design are considered. A system for numerical modeling of ice dynamics is presented. The system may be used to define ice characteristics on approaches to structures with due regard for local hydrometeorological conditions and ice loads on structures. System application examples are presented for determining computational scenarios for ice loads at structures of the Pevek floating nuclear power plant (FNPP), as well as for the breakwater pier under reconstruction in Vanino. A scenario approach is used to determined ice loads.

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Title:

Determination of Ice Characteristics for Marine Hydroengineering Structures

Contributors:

Kantarzhi, I. G. (author) / Maderich, V. S. (author) / Koshebutskii, V. I. (author)

Published in:

Power Technology and Engineering ; 49

Publication date:

2016

ISSN:

DOI:

https://doi.org/10.1007/s10749-016-0626-6

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

modeling system , ice load , numerical modeling , application examples , marine hydroengineering structures , scenario approach , ice at approaches

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