7. Conclusion
In the context of non-through machining (milling) using abrasive water jets, we have proposed an optimized methodology. This methodology was developed on an isotropic aluminum-type material and then validated on a long-fiber carbon/epoxy composite material. The quality of the results obtained is on a par with those previously presented on aluminum. By combining the experimental results obtained on aluminum and composite materials, we have defined a generalized material removal model [equation (10) ] in which the material is characterized by a machinability parameter U. Comparison of the model results with experimental data demonstrates the relevance of the methodology...
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Conclusion
Bibliography
Directory
Documentation – Training – Seminars (non-exhaustive list)
Scientific and Technical Day – AMAC – on Machining composite materials Redouane Zitoune – May 23, 2012 – ONERA Chatillon http://www.jst-amac-usinage.iut-tlse3.fr/
Machining of Titanium Alloys and Composites for Aerospace Applications. Volume 763 doi:...
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