distribution of reinforcements in the final structure homogenously. That is reason we suggest this process especially for
the recycled constituents as a low cost, alternative and more advantageous manufacturing process to design the composite
[13–15].
7.3.2 Static Compression and 3-Point Bending Test Results
In the frame of this present work, a simple static compression and 3-point bending (3 PB) tests were carried out under the
laboratory scales to evaluate the mechanical behaviour of these novel composites produced with sintering and also sinter +
forging processes.
Fig. 7.2 Microstructure taken from a sintered + forged specimen with “EDS” chemical analysis obtained on the SEM with Back Scattered option
for the composite “FASIO
Fig. 7.3 Mapping elementary analyses of the composite for FALO produced by combined process; Sinter + Forging for showing the distribution of
the reinforcements in the microstructure
48
H. M. Enginsoy et al.
the recycled constituents as a low cost, alternative and more advantageous manufacturing process to design the composite
[13–15].
7.3.2 Static Compression and 3-Point Bending Test Results
In the frame of this present work, a simple static compression and 3-point bending (3 PB) tests were carried out under the
laboratory scales to evaluate the mechanical behaviour of these novel composites produced with sintering and also sinter +
forging processes.
Fig. 7.2 Microstructure taken from a sintered + forged specimen with “EDS” chemical analysis obtained on the SEM with Back Scattered option
for the composite “FASIO
Fig. 7.3 Mapping elementary analyses of the composite for FALO produced by combined process; Sinter + Forging for showing the distribution of
the reinforcements in the microstructure
48
H. M. Enginsoy et al.