4. ACKNOWLEDGEMENTS
Thanks
are addressed to Ziara Landa, Sergio Barrio and Alfredo Bilbao Martxueta for
assistance rendered in the test plan machining. We thank the Robotiker Technology
room for the financial support to this project.
5. REFERENCES
[1]
EWI European welding institute,
Explores Advanced High Strength Steels for
the Auto Industry, Materials Joining Newsletter (2003)16 • Number 2
[2]
B S Yilbas,
Effect of process parameters on the kerf width during the laser
cutting process, Proceedings
of the I MECH E Part B, Journal of Engineering
Manufacture Year: 2001 Volume: 215 Number: 10 Pages: 1357-1365 View
[3]
G.Tani, L.Tomesani, G.Campana,
Prediction of melt geometry in laser
cutting,
Applied Surface Science, 2003, 142-147
[4]
N. Rajaram, J. Sheikh-Ahmad , S.H. Cheraghi,
CO2 laser cut quality of 4130
steel, Int. J. of Machine Tools & Manufacture 43 (2003) 351–358
[5]
J. Wang, W.C.K. Wong,
CO2 laser cutting of metallic coated sheet steels, J. of
Materials Processing Technology, 95 (1999) 164-168
[6]
W.M. Steen,
Laser Material Processing,
Springer, 1991
[7]
B S Yilbas,
The Analysis of CO2 Laser Cutting,
Proceedings of the I MECH E
Part B Journal of Engineering Manufacture, 1997 Volume: 211 Number: 3
Pages: 223-232
[8]
G. Tani,
Prediction of melt geometry in laser cutting, Applied Surface Science,
2003. Volume: 208-209 Pages: 142-147
[9]
M.J. Kim,
3D Finite analysis of evaporative laser cutting, Applied
mathematical modelling. 2005. Volume: 29. Pages: 938-954
[10]
H. Bitzel et al.,
The fascinating world of Sheet Metal, TRUMPF, Germany,
(1996).
[11]
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