Effect of microwave sintering on the mechanical characteristics of Al/kaoline/SiC hybrid composite fabricated through powder metallurgy techniques

Effects of hydroxyapatite addition on the microstructure and mechanical properties of sintered magnesium matrix composites

“…Generally, the metal matrix composites produced via PM route has porosity defectissues [57]. From many studiesliteratures, it is understood that, boththe compressive and tensile strengths of the composite samples increased with for the increase inthe weight or volume percentage of the reinforcement particles [58][59][60][61]. However, the strength of the composites wasis lower for the samples fabricated through PM than other liquid based methods, such as casting., in-situ etc.…”

Archives of Metallurgy and Materials

“…2. the existence of different deformation behaviour of the aluminium and the hap reinforcements creates the triaxial stress at the interface regions [21]. the formation of alpo 4 (aluminium phospate) intermetallic compound identified at a 2θ value of 48.92° angle for the Al-15% HAp composite sintered through MaS technique as depicted in fig.…”

Evaluation of susceptor-assisted microwave-sintering-produced Al-Y2O3 composite material's compression and reciprocating wear performance

“…They used a microwave with a power of 1.5 kW and a frequency of 2.45 GHz to sinter the composite material in a regular working environment at 500 °C. According to their findings, the formation of secondary intermetallic (Al 4 C 3 ) during processing increased the material's compressive response by 22.29% [26]. Similarly, Reddy et al observed improved hardness and compressive characteristics in Al with Cu 50 Ti 50 amorphous alloy reinforcement processed with microwave hybrid sintering.…”