… to investigate the formation and evolution of keyhole-induced porosities during the single-track
L-PBF process of a Ti6Al4V alloy. The high-fidelity numerical model accomplished in the …

… to investigate the formation and evolution of keyhole-induced porosities during the single-track
L-PBF process of a Ti6Al4V alloy. The high-fidelity numerical model accomplished in the …

… powder selection and thickness of the metallic powder bed … formation and corresponding
porosity development in the LPBF … [35] investigated keyhole development using a high-fidelity …

… X-ray imaging and high-fidelity multiphysics modeling, we … the size and shape of
keyhole-induced pores during the additive … powder bed characteristics when optimizing …

… of the LPBF-ed Ti6Al4V alloy in different parameters. As shown … Another type of
keyhole-induced pores will appear when the … porosity in the formed part was related to the porosity …

… fluid flow was responsible for the porosity during laser fusion welding. Khairallah et al. [29] …
-war between surface tension and recoil pressure via a high-fidelity model. Bayat et al. [30] …

… [3] specifically designed for L-PBF applications. For example, Kuo et … of Michigan’s Laser-Based
Manufacturing lab studied the … and diagrams of the Ti-6Al-4V case. While referencing its …

… Here we report a novel approach to mitigate keyhole pore formation during laser powder
bed fusion (LPBF) process by using stable nanoparticles. The critical keyhole depth for keyhole …

… to predict the keyhole-induced porosity of Ti6Al4V in LPBF … The physical and thermal
properties of Ti6Al4V are shown in … as the characteristics of laser source and powder bed [8]. The …

… Keyhole porosity is a key concern in laser powder-bed fusion … 46 , as well as LPBF of Ti–6Al–4V
42 . For similar AED, we … the evolutions of the keyhole-induced bubbles and extracted …