Effect of Standing Waves on the Local Strength of a Modeled Ice Field

Two scenarios of the influence of standing waves on the strength properties of ice lying on a liquid surface are considered: one during freezing of the ice field and one resulting from instability, which is caused by compression at the pool walls due to expansion of the water during freezing. The ex...

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Published in:Doklady. a journal of the Russian Academy of Sciences. Physics 2019-12, Vol.64 (12), p.456-460
Main Authors: Epifanov, V. P., Sazonov, K. E.
Format: Article
Language:English
Subjects:
Classical Mechanics
Freezing
Ice cover
Ice fields
Ice formation
Liquid surfaces
Mathematical and Computational Physics
Periodic structures
Physics
Physics and Astronomy
Standing waves
Technical Physics
Theoretical
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description Two scenarios of the influence of standing waves on the strength properties of ice lying on a liquid surface are considered: one during freezing of the ice field and one resulting from instability, which is caused by compression at the pool walls due to expansion of the water during freezing. The experimental hardness profiles of the ice field indicate the formation of periodic structures characteristic for the wave process. It is shown that the standing waves arising in the basin change the strength characteristics of the ice cover in both cases.
doi_str_mv 10.1134/S1028335819120085
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source Springer Nature
subjects Classical Mechanics
Freezing
Ice cover
Ice fields
Ice formation
Liquid surfaces
Mathematical and Computational Physics
Periodic structures
Physics
Physics and Astronomy
Standing waves
Technical Physics
Theoretical
title Effect of Standing Waves on the Local Strength of a Modeled Ice Field
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