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Siren ERC (WP1) – running

We develop a cutting model based on analytical, semi-analytical and numerical approaches that predicts the dynamic behaviour of next generation machine tools in an extreme high-performance domain with great accuracy. To achieve this goal, the models consider the combined effects of process damping, revolutionary topology of cutting tools and nonlinear cutting forces. This way, the fundamentals of understanding/monitoring/overcoming of chatter, the historically feared dominant limitation of machining productivity and quality, will be greatly expanded to multiply the productivity of machining.

Project owner:
Gyebrószki Gergely (Műszaki Mechanikai Tanszék)
Web address:
http://siren.mm.bme.hu/
Members:
Műszaki Mechanikai Tanszék (GPK-MM)
Cooperations:

FP7 - Support for frontier research
European Research Council
Advanced Investigator Grant 2013
ERC Grant Agreement No 340889