Modelling and analysis of beams, frames, stiffened panels and shells as structural components as well as structural systems in the form of ships, platforms and offshore wind turbines. ![]() Topics: Introduction to nonlinear static and dynamic analysis with the finite element method of structures with geometric nonlinear and elasto-plastic behaviour as well as analysis based on simplified plastic methods. Analysis of damaged structures is an important aspect of modern design practice and is included. The purpose of the subject is to establish methodology for finite element modelling and analysis of structures, with respect to design according to limit state principles, with due account of relevant loads due to waves, wind, earthquakes, ice and accidental loads such as actions from ship collisions, grounding, falling objects, explosions, and fires.
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