Highlights The dihedral angle and liquid content of WHA alloy greatly influence the alloy's
density. High densification and deformation were observed in the sample with high liquid …

Tungsten heavy alloys (WHAs) belong to a group of two‐phase composites, based on W‐Ni‐
Cu and W‐Ni‐Fe alloys. Due to their combinations of high density, strength, and ductility …

This book presents a set of basic understandings of the behavior and response of solids to
propagating shock waves. The propagation of shock waves in a solid body is accompanied …

The environmental concern over the use of depleted uranium (DU) alloys as kinetic-energy
(KE) penetrator for high strain rate applications has focussed the interest in tungsten alloys …

The mechanical properties of solid-state sintered 93W–5.6 Ni–1.4 Fe tungsten heavy alloys
fabricated by mechanical alloying were investigated. Blended W, Ni and Fe powders were …

The microstructural evolution and mechanical properties of a mechanically alloyed and two-
stage sintered tungsten heavy alloy were investigated. Elemental powders of tungsten …

The mechanical properties of tungsten heavy alloys are sensitive to the processing cycle
and are adversely affected by residual porosity. Sintering times greater than 2 hours usually …

Influence of mechanically alloyed tungsten-rhenium powders on the microstructure and
mechanical properties of liquid phase sintered 89W-7Ni-3Fe-1Re heavy alloy was studied …

Blended 93W–5.6 Ni–1.4 Fe powders were sintered via the spark plasma sintering (SPS)
technique. Fine-grained 93W–5.6 Ni–1.4 Fe heavy alloys (W grain size is about 6µm) with …

Tungsten heavy alloys (WHAs) are metal–metal composites consisting of nearly pure
spherical tungsten particles embedded in a Ni–Fe–W or Ni–Co–W or Ni–Cu–W ductile …