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Multiscale Modelling Methods for Applications in Materials Science

CECAM Tutorial
16 - 20 September 2013
Forschungszentrum Jülich

MMM-2013 graphic


Macroscopic effects in complex materials arise from physical phenomena on multiple length (from nanothrough micrometer) and time (from femto- through microsecond) scales and therefore properties of such materials can be predicted accurately based on the properties of the underlying building blocks. Advantages of multiscale models are thus often the simpler physical interpretation based on analysis of the sub-models and improved computational scaling, both making the simulation of very large systems feasible.

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