70
G. Walunj et al.
Fig. 2 Scanning electron microscopy images of a, b Ni-5TiC, c, d Ni-10TiC, and e, f Ni-25TiC
Mechanical Properties of Bulk Material
The microhardness test (0.5 HV) results are shown in Fig. 3 and also listed in Table 3
with nickel–titanium carbide (Ni-TiC) composition. The microhardness mechanically alloyed Ni-5TiC is 294.2 HV and increases with higher TiC wt.%. Therefore, it
G. Walunj et al.
Fig. 2 Scanning electron microscopy images of a, b Ni-5TiC, c, d Ni-10TiC, and e, f Ni-25TiC
Mechanical Properties of Bulk Material
The microhardness test (0.5 HV) results are shown in Fig. 3 and also listed in Table 3
with nickel–titanium carbide (Ni-TiC) composition. The microhardness mechanically alloyed Ni-5TiC is 294.2 HV and increases with higher TiC wt.%. Therefore, it