Contact analysis and overlapping domain decomposition methods for dynamic and nonlinear problems

Stephan Brunßen
This thesis is concerned with the development of efficient numerical schemes for the Finite Element simulation of elastoplastic incremental metal forming processes. Two examples of this new and promising manufacturing technology are introduced to motivate the research work. Some basic technology is provided to accelerate the implicit Finite Element simulation which is still very costly for this kind of operations due to the small but very mobile forming zone and due to the highly nonlinear...
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