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- W1965633110 abstract "The B 4 C/BN composites were fabricated by hot-pressing process in this research. The B 4 C/BN composites included the B 4 C/BN microcomposites and the B 4 C/BN nanocomposites. The B 4 C/BN microcomposites were fabricated by hot-pressing process, and the B 4 C/BN nanocomposites were fabricated by chemical reaction and hot-pressing process. In this research, the phase composition, microstructure, mechanical property and machinability of the B 4 C/BN microcomposites and B 4 C/BN nanocomposites were investigated. The XRD patterns results showed that there existed B 4 C phase and h-BN phase in the hot-pressed composites. The microstructure of the B 4 C/BN composites was investigated by SEM and TEM. The B 4 C/BN microcomposites and the B 4 C/BN nanocomposites sintered bulks exhibited the homogenous and compact microstructure, and the h-BN particles were homogenously distributed in the B 4 C matrix. The mechanical property of the B 4 C/BN microcomposites and the B 4 C/BN nanocomposites decreased gradually with the increase of h-BN content. The mechanical property of the B 4 C/BN nanocomposites was remarkably improved in comparison with the B 4 C/BN microcomposites. The machinability of the B 4 C/BN microcomposites and the B 4 C/BN nanocomposites increased gradually with the increase of h-BN content, the drilling rates of the B 4 C/BN composites specimens increased gradually with the increase of h-BN content. The relationship between the microstructure and machinability of the B 4 C/BN composites was analyzed. The microstructure showed that the weak interface of B 4 C/BN and cleavage behavior of laminate structured h-BN particles remarkably improved the machinabilty of B 4 C/BN composites." @default.
- W1965633110 created "2016-06-24" @default.
- W1965633110 creator A5075735223 @default.
- W1965633110 date "2011-12-01" @default.
- W1965633110 modified "2023-09-27" @default.
- W1965633110 title "Investigation of Microstructure and Mechanical Property of the Machinable B<sub>4</sub>C/BN Composites Fabricated by Hot-Pressing Process" @default.
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- W1965633110 doi "https://doi.org/10.4028/www.scientific.net/amr.415-417.335" @default.
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