Raw materials supply and price, environmental safety as well as healthcare concerns have
directed efforts towards development of W-and Co-free ceramic-metal composites (cermets) …

A pure crystalline γ-FeNi alloy powder was fabricated through the one-step process of sol–
gel combustion. An experiment was conducted in inert atmosphere with the …

In the last years, a special interest has emerged towards the total or partial substitution of
traditional cemented carbides composing elements. In this study, a systematic methodology …

In this work the influence of different colloidal processing routes on the mechanical behavior
of several Ti (C, N)-based cermets has been studied. The materials were designed with a Ti …

Abstract Ti (C, N)-based cermets with different levels of Tantalum carbide (TaC) were
fabricated through mechanical activation and subsequent in situ carbothermal reduction …

To soften the extreme sintering conditions of Tungsten Carbide (WC), a 3 wt.% of metallic
nickel (Ni) was added to the starting powders. To ensure a fair distribution of the second …

It is well known the interest of the scientific community in substituting the traditional
cemented carbides (WC–Co) by alternative ceramic-metal systems. In this regard, Ti (C, N) …

Fabrication of dense inorganic parts using FFF requires the processing of a thermoplastic-
based filament with a high content of inorganic particles, highly dispersed and an elevated …

Tungsten and tungsten carbide are materials with high thermomechanical response that are
used or have been proposed for extreme environment applications such as first plasma face …

A new cermet with extremely high toughness of∼ 22 MPa m 1/2 is designed. The high
toughness of the cermet is mainly attributed to its characteristic microstructure, ie, the even …