One of the latest developments in the field of hardmetals and cermets used for metal cutting
operations is the establishment of a functional gradient in near-surface areas of cutting tools …

Models and software products have been developed for modelling, simulation and
prediction of different correlations in materials science, including The programs are based …

In this work the influence of the cemented carbide outer-surface modification on the wear
performance of coated cutting tool inserts was investigated. Cemented carbides were …

Abstract Six Ti (C, N)-TiN-WC-Co cermet materials originating from the same powder mixture
but sintered to different stages of the sintering cycle have been studied using scanning …

The C content has a significant effect on the microstructure especially surface gradient
structure of nitrogen-containing cermets. In the literature, how the C content affects the …

Abstract Ti (C 0.6, N 0.4)-8Mo-xWC-25Ni (x= 0, 3, 6 and 9 wt%) cermets were synthesized
under different cooling rates by vacuum sintering. The influence of WC addition and cooling …

Welding of dissimilar materials such as steel and cemented carbides (hardmetals, cermets)
is particularly challenging eg because mismatches in their thermal expansion coefficients …

Abstract Functionally graded Ti (C, N)-based cermets were prepared by a cost-effective and
environment-friendly procedure which combined vacuum sintering with low-pressure …

The microstructure of hardmetals in the near-surface area can be optimised for increased
productivity in metal cutting operations. This was performed by diffusional processes …

Wear resistant fcc-rich surface layers were produced on cemented carbides by nitridation of
W–Ti–Ta–Nb–Co–C compositions at 1400° C in nitrogen atmosphere. A 15±3 μm thick (Ti …