Verfahren und Vorrichtung zum Bearbeiten von Werkstuecken mit Hochenergiestrahlung (2005)
Kratzsch, C., Kaierle, S., Abels, P.
DE 19852302 A UPAB: 20000811 NOVELTY - The light radiation for monitoring the process and the reflected measured light are detected using a machining lens. DETAILED DESCRIPTION - Process for...
Process monitoring and control for laser materials processing - an overview (2005)
Kaierle, S., Abels, P., Kratzsch, C.
In laser beam materials processing, the high demands on the quality of the produced parts can only be guaranteed by a continuous supervision of the manufacturing process and by control of specific...
Failure recognition and online processing control in laser beam welding (2003)
Böske, L., Kreutz, E.W., Petereit, J., Abels, P., Kaierle, S., Kratzsch, C.
By means of ISO 9000 and other by law enforced rules the manufacturing industry is forced to document and control the quality of their products. With the aim to improve the quality of the...
Identification and predictive control of laser beam welding using neural networks (2003)
Bollig, A., Abel, D., Kratzsch, C., Kaierle, S.
Welding with laser beams is an innovative technique, which leads to higher penetration depth and a narrower seam compared to conventional welding techniques. One significant criterion of the quality...
Correlation of process monitoring with x-ray observation of CO2 laser beam welding (2003)
Abels, P., Fujinaga, S., Kaierle, S., Katayama, S., Kratzsch, C., Matsunawa, A., ...
Former investigations have shown that the reliability of process monitoring in laser materials applications can significantly be increased by using a camera system with a two-dimensional spatial...
Failure recognition and online process control in laser beam welding (2002)
Petereit, J., Abels, P., Kaierle, S., Kratzsch, C., Kreutz, E.W.
New advances in process control for laser materials processing (2001)
Kratzsch, C., Abels, P., Kaierle, S., Poprawe, R., Schulz, W.
Laser beam materials processing requires both, high quality output as well as reliable monitoring actions for each processed part. The process diagnostic device commonly used in actual quality...
New advances in process control for automotive laser applications (2001)
Kaierle, S., Abels, P., Kratzsch, C., Michel, J., Schulz, W., Poprawe, R.
By means of ISO 9000 and other by law enforced rules the manufacturing industry is forced to document and control the quality of their products. With the aim to improve the quality of the...
State of the art and new advances in process control for laser materials processing (2001)
Kaierle, S., Abels, P., Kapper, G., Kratzsch, C., Michel, J., Schulz, W., ...
In laser beam materials processing, the high demands on the quality of the produced parts can only be guaranteed by a continuous supervision of the manufacturing process and by control of specific...
Coaxial process control during laser beam welding of tailored blanks (2000)
Kratzsch, C., Abels, P., Kaierle, S., Poprawe, R., Schulz, W.
Production of laser beam welded tailored blanks requires both, high quality processing as well as a quality assurance by reliable monitoring systems for each welded part. Actual quality monitoring...