… , large elevated areas at a single position x0 are critical for the process stability as they are hit
… Since we want to quantify the process stability we extract the elevated area Az(x) at every x …

… Elevated regions in produced layers pose a major risk to process stability as collisions between
… This requires a quantitative analysis of elevated region area and severeness, for which …

… surface by a high velocity shielding gas … laser melting in powder-bed based ALM processes.
Moreover, the formation of residual porosity may be promoted by instability regimes at high …

… image using four point homography estimation and warping with bicubic … Laser Beam Melting
using the described high resolution imaging system. In a first building test, process stability …

… quantitatively reveal melt pool evolution under constant IEDs during the LPBF additive
manufacturing process, by using the high… simultaneously increased, and the ratio remains stable …

… As the austenite structure has a high probability of stacking-fault generation due to the
low stacking-fault energy [33], the thermal stresses are compensated through the stable …

… onto the build platform and melted by a laser according to the desired … stability and quality
management. We present an image analysis method, which segments part contours in high-…

… fraction (A f ) quantified using ImageJ. The top surfaces of the as-… , the increased instability
of melt flow with increased laser … nickel-based superalloy fabricated by electron beam melting …

… SLM process, high laser power (up to 400 W) and high scanning … compact laser of low power
with high quality laser radiation … Nevertheless, the formation of a stable molten zone when …

… as a good indication for the melt pool stability and quality. … This section focuses on quality
assessment of the measured melt … This confidence interval is the basis for quality estimation (…