Results catalogue

Optimization of drilling operation of CFRP composite and hybrid stacks (e.g. Ti/CFRP stacks), by optimizing process inputs (e.g. cutting tools, drilling cycle, process parameters, innovative cooling methods, etc. ) and by integrating new monitoring sol

Advances made in LOCOMACHS

This will allow for one-shot drilling of hybrid stacks, eliminating currently existing time-consuming intermediate steps. The main benefit of this task is the optimization of one-shot drilling of stacks that will eliminate intermediate operations of dr

Contribution to LOCOMACHS High Level Objectives

  • Design and manufacturing rules defined and validated
  • Increased use of tolerance and variation management
  • Reduced recurring costs of shimming operations
  • Reduced recurring costs of dismantling operations
  • Reduced recurring costs through increased automation
  • Reduced NDI/NDT lead time
ZOOM
Lead partner TECNALIA
Other partner(s) DASSAV, EADS-IW, TAI, ALA, KTH
Contact Mildred Puerto
Applicability field(s) Accurate part manufacturing
Assembly system simulations
Best fit build philosophy
Design for assembly
Maturity
More information

This information was last updated on 05/10/2016