Heavy alloys with 90 and 93 w/o W and a 7:3 Ni: Fe ratio are usually produced by the liquid phase sintering of W, Ni, and Fe powder mixtures. The result is a two-phase microstructure of spherical W solid solution grains embedded in a matrix of Ni rich solid solution. UTS, elongation, and microstructure strongly depend on the composition of the atmosphere during liquid phase sintering, on the cooling conditions and/or on the composition of the protective atmosphere during the heat treatment and its cooling conditions if treatment was applied after sintering. The sintering atmosphere is usually hydrogen. This can assure a proper densification but in the same time it can give rise to embitterment of W/matrix boundaries accompanied by a drastic...
The results of studies of W-Ni-Co-Fe experimental alloy, with chemical composition assuring a possib...
The effects of chemical composition, sintering atmosphere and cooling rate on density, microstructur...
In this study, the effect of sintering temperature on the high strain rate-deformation of 93W-5.6Ni-...
Heavy alloys with 90 and 93 w/o W and a 7:3 Ni: Fe ratio are usually produced by the liquid phase si...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2002Thesis (M.Sc.) -- ...
The subject of the work discussed herein and carried out as a part of the Polish National Centre of ...
Sintered materials base on pre-alloyed powders (Fe-Ni-Mo-Cu) are expansively applied in the automoti...
Probably the most advantageous fabrication technology of tungsten heavy alloys enabling the achievem...
Sintered materials base on pre-alloyed powders (Fe-Ni-Mo-Cu) are expansively applied in the automoti...
Three types of heat treatment, sinteraustempering in 500°C, 400°C and 350°C; sinterhardening and sin...
Three types of heat treatment, sinteraustempering in 500°C, 400°C and 350°C; sinterhardening and sin...
The properties of the sintered product of metallic powder are controlled by the physical, chemical a...
The results of experimental study of tungsten spreading ability with W-Ni-Co-Fe matrix are presented...
The results of studies of W-Ni-Co-Fe experimental alloy, with chemical composition assuring a possib...
An analysis of tungsten heavy alloys is performed with respect to their suitability as model systems...
The results of studies of W-Ni-Co-Fe experimental alloy, with chemical composition assuring a possib...
The effects of chemical composition, sintering atmosphere and cooling rate on density, microstructur...
In this study, the effect of sintering temperature on the high strain rate-deformation of 93W-5.6Ni-...
Heavy alloys with 90 and 93 w/o W and a 7:3 Ni: Fe ratio are usually produced by the liquid phase si...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2002Thesis (M.Sc.) -- ...
The subject of the work discussed herein and carried out as a part of the Polish National Centre of ...
Sintered materials base on pre-alloyed powders (Fe-Ni-Mo-Cu) are expansively applied in the automoti...
Probably the most advantageous fabrication technology of tungsten heavy alloys enabling the achievem...
Sintered materials base on pre-alloyed powders (Fe-Ni-Mo-Cu) are expansively applied in the automoti...
Three types of heat treatment, sinteraustempering in 500°C, 400°C and 350°C; sinterhardening and sin...
Three types of heat treatment, sinteraustempering in 500°C, 400°C and 350°C; sinterhardening and sin...
The properties of the sintered product of metallic powder are controlled by the physical, chemical a...
The results of experimental study of tungsten spreading ability with W-Ni-Co-Fe matrix are presented...
The results of studies of W-Ni-Co-Fe experimental alloy, with chemical composition assuring a possib...
An analysis of tungsten heavy alloys is performed with respect to their suitability as model systems...
The results of studies of W-Ni-Co-Fe experimental alloy, with chemical composition assuring a possib...
The effects of chemical composition, sintering atmosphere and cooling rate on density, microstructur...
In this study, the effect of sintering temperature on the high strain rate-deformation of 93W-5.6Ni-...