WP4 - Floating Structures in Ice
To develop new knowledge, analytical and numerical models needed by the industry to improve the prediction of loads exerted by first-year and multi-year level ice and ridges as well as icebergs on floating structures. This also implies prediction of the behaviour and performance of the structures.
There is not a proper understanding of the difference between moored structures and fixed structures in ice with respect to ice failure mechanisms, or the loads and parameters that affect the dynamics of the coupled system. Firstly, there is a need for numerical models that properly predict the behaviour of moored structures in ice and properly address the effects of moored ice on such structure. Secondly, we need to improve methods for assessment of the resistance to penetration of the inner hull of ships and floating platforms subjected to iceberg impacts, accounting for local ice pressure redistribution during major structural damage.
PhD candidate, TUDelft
Floater-intact level ice interaction (processes in the waterline)
Marnix van den Berg
Assistant Researcher, TUDelft
Meso-scale Floater at Spitsbergen