Interest in ice engineering has increased in recent years, from predicting the ice load during
the complex process of ice-structure interaction in the structural design analysis and …

With the climate change, polar sea ice is diminishing. This, on one hand, enables the
possibility for eg, Arctic shipping and relevant resource exploitation activities, but on the …

Polar ships and offshore platforms frequently experience floating ice impacts or iceberg
collisions in Arctic region, which may cause permanent deformations of plates, resulting in …

Ice loads should be considered in the design stage of the ice-going ships. The loads will be
determined by the ice features present given the location, the time of year and the …

In this paper, a numerical model based on the non-smooth discrete element method is
presented to investigate the effect of ice floe shape on ship resistance under low …

Due to ice floe impacts or iceberg collisions, the side structures of ships and offshore
platforms operating in Arctic region may experience permanent deformations, which may …

In this paper, the dynamic responses and energy dissipation characteristics of polyvinyl
chloride (PVC) foam core sandwich plates under ice impact are investigated. The ice impact …

While society benefits from Arctic shipping, it is necessary to recognize that ship operations
in Arctic waters pose significant risks to people, the environment, and property. To support …

A fatigue damage assessment for an ice-going ship navigating through broken ice fields was
carried out using a numerical model to simulate the interactions between ice floes and …

This study introduced an experimental setup designed to predict collision pressure exerted
on a structure due to ice impacts. The primary aim was to forecast the pressure distribution …