Finite element modelling and artificial intelligence for corrosion prediction the way to go
Corrosion challenges towards a sustainable society

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Finite element modelling and artificial intelligence for corrosion prediction the way to go


Corrosion challenges towards a sustainable society

Authors : Roman BENDER, Damien FERON, Douglas MILLS, Stefan RITTER, Ralph BÄßLER, Dirk BETTGE, Iris DE GRAEVE, Arne DUGSTAD, Sabrina GRASSINI, Theo HACK, Maros HALAMA, En-Hou HAN, Thomas HARDER, Gareth HINDS, Jean KITTEL, Romina KRIEG, Christofer LEYGRAF, Laure MARTINELLI, Arjan MOL, Delphine NEFF, Jan-Olov NILSSON, Inger ODNEVALL, Steve PATERSON, Shiladitya PAUL, Tomáš PROSEK, Michael RAUPACH, Reynier I. REVILLA, François ROPITAL, Helmut SCHWEIGART, Elizabeth SZALA, Herman TERRYN, Johan TIDBLAD, Sannakaisa VIRTANEN, Polina VOLOVITCH, David WATKINSON, Marc WILMS, George WINNING, Mikhail ZHELUDKEVICH

Publication date: April 10, 2023 | Lire en français

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17. Finite element modelling and artificial intelligence for corrosion prediction the way to go

Author of the chapter: Herman Terryn

Nowadays, production companies in the automotive, aviation and other high-tech industries continuously try to improve their products by making their products more sustainable, of higher quality, and more customisable. Consequently, with increased pressure on “time to market”, the need for modelling tools have increased drastically within a relatively short period and they have been the subject of a continuous improvement process. Advanced modelling tools are applied for studying aerodynamics, stresses, pressures, thermal behaviour, and design of the bonnet utilising computer fluid dynamics, finite element modelling (FEM), structural analysis, and multi-body dynamics. These modelling tools provide more detailed information than experimental investigations and are...

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