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The µFFTTO project aims to advance additive manufacturing by developing efficient computational techniques for designing microstructured materials. It focuses on reducing costs of simulations while incorporating adhesive interactions, enabling more precise fabrication methods.
Exploiting the full potential of additive manufacturing methods requires a leap forward in advanced modelling and computing techniques.
While additive manufacturing enables the high-precision fabrication of architectured mechanical (meta)materials, its design is currently driven by human experience.
As such, it could greatly benefit from numerical Topology Optimisation (TO) techniques.
The µFFTTO project addresses two challenges of in-silico design of high-resolution architectured microstructure…
ALBERT-LUDWIGS-UNIVERSITAET FREIBURG
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