Open AccessEffect of micro blasting process parameters on 3D surface topography and surface properties of zirconia ( Y‐TZP ) ceramics
Author(s) -
Yetik Okan,
Yavuzyegit Berzah,
Yıldıran Avcu Yasemin,
Koçoğlu Hürol,
Pekkan Gürel,
Sarıdağ Serkan,
Guney Mert,
Avcu Egemen
Publication year - 2021
Publication title -
engineering reports
Language(s) - English
Resource type - Journals
ISSN - 2577-8196
DOI - 10.1002/eng2.12358
Subject(s) - surface roughness , materials science , ceramic , rock blasting , particle size , cubic zirconia , particle (ecology) , surface finish , composite material , profilometer , metallurgy , geotechnical engineering , geology , paleontology , oceanography
The present study aims to examine the effects of operational parameters on the surface topography and wear mechanisms of monolithic and conventional yttria‐stabilized zirconia (Y‐TZP) ceramics in the micro blasting process, performed under various acceleration pressures (1.5–3 bar), particle impact angles (30°–90°), and erodent particle sizes (50–460 μm). Three‐dimensional (3D) surface topography, surface roughness, and surface morphology of micro‐blasted specimens were analyzed by using non‐contact optical profilometry and SEM‐EDS. The micro blasting characteristics of both Y‐TZP were similar that increased blasting pressure and erodent particle size increased surface roughness. Erosion rate increased with increasing blasting pressure, whereas it decreased with increasing erodent particle size. Particle size was the most effective parameter on changing surface topography, while the particle impact angle had no distinct effect on the erosion rate, surface roughness, and surface topography of Y‐TZP ceramics. SEM‐EDS analyses showed that the primary wear mechanism during micro blasting was micro‐cutting with a substantial amount of embedded particles on the material's surface.