The geometry of the cutting front was determined with a high temporal and spatial resolution during cutting of 10 mm thick stainless steel with a solid-state laser. The geometry was reconstructed using the information of the polarization state of the thermal radiation emitted from the process zone. This reconstruction of the geometry makes it possible to investigate the influence of process parameters on the geometry of the cutting front, including structures on the front and the global angle of inclination.
%0 Conference Paper
%1 Sawannia.2019.Determination
%A Sawannia, Michael
%A Berger, Peter
%A Jarwitz, Michael
%A Weber, Rudolf
%A Graf, Thomas
%B Proceedings of the Lasers in Manufacturing Conference 2019
%D 2019
%K from:michaelsawannia ProcessMonitoring laser cutting myownsend:unibiblio goniometer
%T Determination of the 3D-Geometry of Cutting Fronts with High Temporal Resolution
%X The geometry of the cutting front was determined with a high temporal and spatial resolution during cutting of 10 mm thick stainless steel with a solid-state laser. The geometry was reconstructed using the information of the polarization state of the thermal radiation emitted from the process zone. This reconstruction of the geometry makes it possible to investigate the influence of process parameters on the geometry of the cutting front, including structures on the front and the global angle of inclination.
@inproceedings{Sawannia.2019.Determination,
abstract = {The geometry of the cutting front was determined with a high temporal and spatial resolution during cutting of 10 mm thick stainless steel with a solid-state laser. The geometry was reconstructed using the information of the polarization state of the thermal radiation emitted from the process zone. This reconstruction of the geometry makes it possible to investigate the influence of process parameters on the geometry of the cutting front, including structures on the front and the global angle of inclination.},
added-at = {2019-08-12T14:53:29.000+0200},
author = {Sawannia, Michael and Berger, Peter and Jarwitz, Michael and Weber, Rudolf and Graf, Thomas},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/265949e5d1d3710e0a1355de225113035/ifsw},
booktitle = {Proceedings of the Lasers in Manufacturing Conference 2019},
eventdate = {June 24 - 27 2019},
eventtitle = {LiM, Lasers in Manufacturing},
interhash = {ad7a1fca98e7a98bb7119d04bbddf5d8},
intrahash = {65949e5d1d3710e0a1355de225113035},
keywords = {from:michaelsawannia ProcessMonitoring laser cutting myownsend:unibiblio goniometer},
organization = {WLT e.V.},
timestamp = {2019-08-12T12:53:29.000+0200},
title = {Determination of the 3D-Geometry of Cutting Fronts with High Temporal Resolution},
venue = {München, Bayern, Deutschland},
year = 2019
}