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Titlebook: IUTAM Symposium on Physics and Mechanics of Sea Ice; Proceedings of the I Jukka Tuhkuri,Arttu Polojärvi Conference proceedings 2022 Springe

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Modeling and Observations of Wave Energy Attenuation in Fields of Colliding Ice Floes of those interactions remain poorly understood. This paper summarizes recent results by the authors related to the role of floe collisions in shaping sea ice dynamics and wave energy attenuation in the MIZ. The analysis is based on simulations with a discrete-element sea ice model coupled to a wave
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Thermo-Hydrodynamics of Sea Ice Rubblear Island are discussed. The field investigations included measurements of ice rubble sizes and shapes, vertical profiles of ice temperature and salinity inside ice rubble, uniaxial compressive strength of ice cores taken from ice rubble, and vertical permeability of ice rubble. The ocean heat fluxe
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Ridge Load on the Monopile—A Comparison Between FEM-CEL–Simulations and ISO 19906a freezes annually, introducing the most significant uncertainties in the support structure design for offshore wind turbines. Ice ridges are common ice features in the Gulf of Bothnia. Therefore, the interaction with an ice ridge must be considered in the structural design for support structures of
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Safer Operations in Changing Ice-Covered Seas: Approaches and Perspectivesons and improved accessibility of shipping routes. The study examines changes in sea ice and ocean conditions in the Arctic with their implications for off-shore safety. The objective of the research is to develop a basis for forecasting technologies for maritime operations. We assess loads on off-s
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Physics-Based Modelling of Ice Actions and Action Effects on Marine Structuresce actions and action effects on marine structures. In this study, we use the classical problem of ship resistance in level ice (continuous ice breaking mode) to demonstrate the advantages of this approach and to discuss current limitations and directions for future research. A case study comprising
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