Selection of hard PVD coatings for the machining of Ti6Al4V alloy should be based on the
dominant tool wear mechanism and tribological phenomena occurring at the chip-tool …

In recent years, 3D printing has emerged as a promising technique for fabricating polymeric
microneedles (μNDs), offering flexibility and precision. However, the surface topography of …

AlCrN coatings were deposited on steel substrates (HS6-5-2) using cathodic arc
evaporation. The effect of nitrogen pressure on the properties of CrAlN coatings formed from …

The use of additively manufactured components specifically utilizing titanium alloys has
seen rapid growth particularly in aerospace applications; however, the propensity for …

The demand inherent to the aeronautical industry in terms of productivity and quality
requirements leads to develop new cutting tools. Hence, PCD tools meet the requirements in …

Chromium nitrides were deposited by RF reactive magnetron sputtering from a Cr target on
high carbon steel substrates XC100 (1.17 wt% carbon) in a N 2 and Ar gas mixture. In order …

This study innovatively employed the microwave plasma chemical vapor deposition
(MPCVD) technique to fabricate Cr single bondN coatings. The influence of preparation …

The relationship between the wear process and the adaptive response of the coated cutting
tool to external stimuli is demonstrated in this review paper. The goal of the featured case …

Tool wear phenomena during the machining of titanium alloys are very complex. Severe
adhesive interaction at the tool chip interface, especially at low cutting speeds, leads to …

Various nitrides, such as chromium nitride and titanium nitride, find extensive use in cutting
tools, micromechanical devices, and medical implants due to their exceptional physical …