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Mathematical Challenges in Modelling Wave Scattering in the Marginal Ice Zone

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SIPW02 - Ice-fluid interaction

When I started modelling wave scattering by sea ice in 1991, even the simplest two-dimensional model of wave scattering by a single ice floe had not been solved accurately. By 1996 I had developed three-dimensional models for an ice floe and a paradigm for the inclusion of scattering in wave prediction code. Some of this work was done during a month I spent at the Scott Polar Research Institute in Cambridge in 1995.Looking back, and returning to Cambridge 22 years later, it is striking (and slightly depressing) how progress on this topic has stalled. The reasons for this are largely mathematical and in this talk I will try and give a flavour of these difficulties and suggest some possible methods to tackle them.

This talk is part of the Isaac Newton Institute Seminar Series series.

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Lecture Room 2, IfM, Alan Reece Building, 17 Charles Babbage Road The Octagon, Wesley Methodist Church, Christ's Pieces Centre for Mathematical Sciences, MR21

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