Tungsten copper (W-Cu) composites, as a traditional refractory material, are promising
materials for manufacture of electrical contacts and electrodes, heavy duty electronic …

Tungsten is a refractory metal with the highest melting point of all metals, which is
considered as a promising candidate material for plasma-facing materials in the future …

Powder to bulk processes, such as additive manufacturing and metal injection molding
(MIM), have enabled great potential for complex metal designing and manufacturing …

The tungsten–copper alloys were prepared and characterized utilizing pressureless
microwave sintering and hot pressure microwave sintering. The performance of tungsten …

The novel oscillating pressure sintering (OPS) technique was used to design and prepare
90 W-10Cu (mass fraction) refractory alloys under lower sintering temperature, and the …

Abstract The effect of ZrB 2 (1, 3, 5, 10 wt%) reinforcement on two-body abrasion wear
properties of Cu was studied using pin-on-disc wear tester. The relative density of Cu–ZrB 2 …

For improving the mechanical properties of tungsten, HfC–W composites were fabricated by
ball milling and spark plasma sintering process. The microstructure and mechanical …

The laser direct deposition, one kind of additive manufacturing technologies, was used to
produce W‒Cu composite material. To explain the formation of the deposited microstructure …

Six interface models are constructed and used to find out the cohesion properties of W-ZrC
interfaces through first principles calculations. It is revealed that interface orientation has an …

Wsingle bond Cu composite coatings with different tungsten (W) contents were fabricated by
cold spraying. The morphology and microstructure were studied using scanning electron …