Laser cutting is a thermal separation process widely used in shaping and contour cutting applications. It is a very fast and at the same time very accurate technology with the optical tool laser not being exposed to any wear. There are, however, gaps in understanding the dynamics of the process, especially with regard to issues related to cut quality. Numerical modeling and simulation of the laser cutting process has shown to improve that understanding without the need for executing a lot of experiments in the real world.In this paper, the utility of a metamodeling technique in gaining valuable information relating to the optimization of a laser cutting process, where a CW laser is used to cut, is analyzed. The numerical simulation itself is characterized by a high dimensional input parameter set. Each parameter has its own range, and thus they are together forming the parameter domain space. The quality criteria, which are predicted with the numerical model, are analyzed together with the parameter domai...
[1]
Rudolf Reinhard,et al.
How Virtual Production Intelligence Can Improve Laser-Cutting Planning Processes
,
2016
.
[2]
Günther Schuh,et al.
Technology roadmapping for the production in high-wage countries
,
2011,
Prod. Eng..
[3]
R. L. Hardy.
Multiquadric equations of topography and other irregular surfaces
,
1971
.
[4]
Florian Jurecka,et al.
Robust Design Optimization Based on Metamodeling Techniques
,
2007
.
[5]
Torsten Hermanns,et al.
Analysis and optimal control for free melt flow boundaries in laser cutting with distributed radiation
,
2015
.