The development of zirconia dental implants has become increasingly popular over the last
years due to the outstanding mechanical properties, superior aesthetic appearance and …

Scale-up criteria of laser ablation in the liquid phase with nanosecond pulses is studied for
efficient generation of pure ceramic nanoparticles in an aqueous environment. Besides high …

Thanks to the favourable combination of outstanding mechanical, thermal and chemical
properties, engineering ceramics find widespread applications in the modern industry …

This study investigates the influence of processing parameters when applying direct laser
interference patterning (DLIP) on the morphology and microstructure of zirconia surfaces …

Abstract High-efficiency, large-area, non-destructive, and high-precision polishing of
alumina ceramics was achieved by picosecond laser in an overlap** parallel line …

A method for crack-free machining of deep cavity in alumina is demonstrated using a low-
cost CO2 continuous wave (CW) laser. CO2 laser underwater machining has been found to …

The present investigation deals with laser milling process of yttria-stabilized zirconia (YSZ),
by using a Q-switched 30 W Yb: YAG fiber laser. First, the influence of laser operational …

Nanosecond ablation of semi-transparent ceramics represents a particularly interesting
scenario where non-linear absorption mechanism allows absorption of laser energy for …

The functionalization of zirconia surfaces by accurate and fast printing of periodical patterns
embedding sub‐micrometric features is of great interest to many engineering fields and is …

High quality micro-sized steps and blind hole structures without microcracks, chips or spatter
deposition were machined on yttria-tetragonal zirconia polycrystal (Y-TZP, 3 mol% yttria) by …