Akademik Veri Yönetim Sistemi
2021 International Conference on Advances in Materials and Manufacturing, ICAMM 2021, Chennai, Hindistan, 18 - 19 Şubat 2021, cilt.2395, (Tam Metin Bildiri)
Ms investigation, Aluminum AA2014 alloy, Aluminum Matnx Composites (AMCs) and three Light Weight Aluminum Alloy Hybnd Composites (LWAHCs) were fabncated using powders of aluminum AA2014 alloy as matrix with Titamum-di-bonde (TiB2) and Aluminum oxide (Ak03) as reinforcements. Samples were sintered under nitrogen environment for two hours at 620 °C in vacuum hot press. Influences of reinforced particles on densification, micro-structural and mechamcal properties were carefully studied. Optical and SEM micrographs indicate a uniform distribution of the particles in all samples. Sintered density increases in sample-1 (aluminum AA2014 alloy) and sample-2 (AA2014 + 5% TiB2) and the sintered density decreases towards the LWAHCs. This is due to the pinning effect of TiB2 at grain boundary that effectively controls grain growth. For all samples, the mechanical properties increase gradually as the weigh percentage of the reinforcement particles increases. As the strength increases, the ductility of the samples is affected by the hard particles of TiB2 and Al2O3.