mechanical test system at the strain rate of 1 mm/min. Here, typical microstructure of the bended specimen before and after the
plastic deformation.
One may observe from these pictures that an internal crack at the centre of the sandwich structure after the passage loading
limit of the materials. This type of crack occur randomly during the overload conditions.
Fig. 8.1 Microstructure taken from a sandwich sheet specimen of the TiNi based composite with “EDS” chemical analysis obtained on the SEM
with Back Scattered option
Fig. 8.2 Mapping elementary analyses of the “TiNi” composite produced by hot forging bonding process for showing the distribution of the
reinforcements in the microstructure
8 Manufacturing of “Ni-Ti” Based Composites from Fresh. . .
55
plastic deformation.
One may observe from these pictures that an internal crack at the centre of the sandwich structure after the passage loading
limit of the materials. This type of crack occur randomly during the overload conditions.
Fig. 8.1 Microstructure taken from a sandwich sheet specimen of the TiNi based composite with “EDS” chemical analysis obtained on the SEM
with Back Scattered option
Fig. 8.2 Mapping elementary analyses of the “TiNi” composite produced by hot forging bonding process for showing the distribution of the
reinforcements in the microstructure
8 Manufacturing of “Ni-Ti” Based Composites from Fresh. . .
55
