In the present work, characterization of sintering behavior of Tungsten heavy alloy has been done through powder metallurgy route using Spark plasma sintering (SPS). Fine powder of Tungsten (<30 μm) was separately mixed with Ni, Co, Fe, Mo and Cu each with 1 weight%. Spark Plasma Sintering (SPS) technique (1200°C, 20 MPa pressure with 1 min holding time) was used to sinter the mixed powders. The maximum density was observed in W-Ni followed by Co, Fe, Cu, Mo and with least in pure tungsten sample. Optical microscopy as well SEM was done to determine the microstructure and grain coarsening. Due to the short heating time very less grain coarsening was observed. Vickers hardness test was conducted which resulted in m...
Plasma-activated sintering was used to densify micron-size tungsten powders to obtain bulk samples. ...
A novel production method for tungsten by an electrochemical process was reported in 2010. The proce...
A method of activating the sintering process for tungsten powders using a closed reaction space a...
The effect of adding molybdenum to the heavy tungsten alloy of W-Ni-Fe on its material characteristi...
Tungsten heavy alloy (WHA) is manufactured using liquid phase sintering for use in electrical, radia...
Tungsten heavy alloys comprising tungsten, nickel and ferrous were modified, where molybdenum was ad...
Abstract: Mixed 93W-4.9Ni-2.1Fe powders were sintered via the spark plasma sintering (SPS) and hybri...
The increased application of spark plasma sintering (SPS) for powder metallurgy (PM) is due to the b...
Probably the most advantageous fabrication technology of tungsten heavy alloys enabling the achievem...
Preparation of fine grained, hard and ductile pure tungsten for future fusion reactor applications w...
In this study, the sintering of tungsten metal powders of 99.99% purity and 7.8 µm for cermet produc...
W-NiTi tungsten heavy alloys were prepared by an infiltration process using submicron W powders, and...
Tungsten heavy alloys (WHAs) belong to a group of two-phase composites, based on W-Ni-Cu and W-Ni-Fe...
The results of structure and mechanical properties investigations of tungsten heavy alloy (THA) afte...
<div><p>Spark plasma sintering is used to consolidate a WC-Co powder produced from milled discharged...
Plasma-activated sintering was used to densify micron-size tungsten powders to obtain bulk samples. ...
A novel production method for tungsten by an electrochemical process was reported in 2010. The proce...
A method of activating the sintering process for tungsten powders using a closed reaction space a...
The effect of adding molybdenum to the heavy tungsten alloy of W-Ni-Fe on its material characteristi...
Tungsten heavy alloy (WHA) is manufactured using liquid phase sintering for use in electrical, radia...
Tungsten heavy alloys comprising tungsten, nickel and ferrous were modified, where molybdenum was ad...
Abstract: Mixed 93W-4.9Ni-2.1Fe powders were sintered via the spark plasma sintering (SPS) and hybri...
The increased application of spark plasma sintering (SPS) for powder metallurgy (PM) is due to the b...
Probably the most advantageous fabrication technology of tungsten heavy alloys enabling the achievem...
Preparation of fine grained, hard and ductile pure tungsten for future fusion reactor applications w...
In this study, the sintering of tungsten metal powders of 99.99% purity and 7.8 µm for cermet produc...
W-NiTi tungsten heavy alloys were prepared by an infiltration process using submicron W powders, and...
Tungsten heavy alloys (WHAs) belong to a group of two-phase composites, based on W-Ni-Cu and W-Ni-Fe...
The results of structure and mechanical properties investigations of tungsten heavy alloy (THA) afte...
<div><p>Spark plasma sintering is used to consolidate a WC-Co powder produced from milled discharged...
Plasma-activated sintering was used to densify micron-size tungsten powders to obtain bulk samples. ...
A novel production method for tungsten by an electrochemical process was reported in 2010. The proce...
A method of activating the sintering process for tungsten powders using a closed reaction space a...