A spectacular resurgence of interest in the topic of ocean wave/sea ice interactions has
unfolded over the last two decades, fueled primarily by the deleterious ramifications of …

With global warming, the ice-covered areas in the Arctic are being transformed into open
water. This provides increased impetuses for extensive maritime activities and attracts …

Current and emergent advances are examined on the topic of hydroelasticity theory applied
to natural sea ice responding to the action of ocean surface waves and swell, with attention …

ABSTRACT A conspicuous overlap exists between publications that describe how sea ice
responds to an ocean wave field and those that relate to a very large floating structure …

Validation of a linear numerical model of wave interactions with floating compliant discs is
sought using data obtained from the wave basin experiments reported in Part 1 (Montiel et …

A three‐dimensional model of wave scattering by a large array of floating thin elastic plates
is used to predict the rate of ocean wave attenuation in the marginal ice zone in terms of the …

The wave excited motion of a body floating on water confined between two semi-infinite ice
sheets is investigated. The ice sheet is treated as an elastic thin plate and water is treated as …

Oblique flexural gravity-wave scattering due to an abrupt change in water depth in the
presence of a compressive force is investigated based on the linearized water-wave theory …

This paper considers the reflection and transmission of a flexural-gravity wave within ice
sheets floating on water as it propagates through a series of abrupt changes in ice sheet …

The time-dependent linear motion of a group of floating thin elastic plates is considered in a
two-dimensional fluid domain. Forcing is provided by a wavemaker and the waves that …