W–Cu composites that are strengthened with tungsten carbide ceramic particles have been
proposed thanks to their high melting point, high hardness and excellent high-temperature …

Abstract In this study, NiAl/TiC 0.95 composite was synthesized by reactive spark plasma
sintering of mechanically activated elemental powders. The microstructure and properties of …

Abstracts In this paper, in order to improve the carbon steel service condition in a severe
high-temperature wear field, a novel and dense NiAl/WC (NiAl-20% wtWC) and NiAl/WC-Fe …

Metal-bonded diamond tools are widely used for machining hard and brittle materials such
as ceramic and stone. The metal bonds are normally based on alloys composed of Fe, Co …

BaO and TiO 2 reacted and produced BaTiO 3 in the process of sintering. As a result, the
diffraction peaks of BaTiO 3 became stronger with the increasing BaO/TiO 2 contents. The …

The paper presents research results on the quality of hardfacing layers made during the
renovation of unheated mold surfaces designed for injection of aluminum alloys using the …

In this study, WC-Co cemented carbides with dual-grain structure were prepared via in-situ
carbothermal reduction of WO 3, followed by liquid sintering in a single thermal cycle …

The formation mechanism of Ti 3 SnC 2 was evaluated in the present work. A stoichiometric
ratio of a Ti-Sn-C powder mixture was prepared and milled for 50 h. To synthesize and …

In this work, NiAl-WC composite was synthesized by a mechanical activated thermal
explosion process from the powder mixture of nickel, tungsten, aluminum, and graphite. The …

NiAl intermetallic matrix nanocomposite with TiC and Al 2 O 3 was directly fabricated by
mechanical alloying of NiO, Al, graphite, and Ti as the starting powder mixture. The phase …