COMBUSTION SYNTHESIS OF NIAL-TIC COMPOSITE

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ESMAEILI ALIABADI A.R.; SAEIDI ALI

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Journal: Journal of Advanced Processes in Materials Engineering Year:2008 | Volume:2 | Issue:6 Page(s): 1-7

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Title

COMBUSTION SYNTHESIS OF NIAL-TIC COMPOSITE

Author(s)

ESMAEILI ALIABADI A.R. | SAEIDI ALI | Issue Writer Certificate

Keywords

COMBUSTION SYNTHESISQ3

COMPOSITESQ4

NICKEL ALUMINIDESQ4

TITANIUM CARBIDESQ4

Abstract

Thermal explosion mode of COMBUSTION SYNTHESIS was employed to produce a composite of titanium carbide in nickel aluminide matrix. Nickel titanium (NiTi2) powder was used as a source of both Ni and Ti, which is much cheaper than elemental powders. Phase analysis of the products was carried out using X-ray diffraction with Cu-Ka radiation. Microstructure of the product was also studied by SEM. The results show that a combustion reaction between Al, C, and NiTi2 powders could be maintained as long as the Ni + Al (the matrix) in the powder mixture is lower than 68 wt%. When the matrix content is higher, the reaction is not sustained due to the low combustion temperature. XRD results show that all reacted samples consist of TiC and NiAl intermetalic. Microscopic examination of the polished samples revealed a fine dispersion of particulate TiC in the NiAl matrix. The size of the TiC particles were a function of TiC:NiTi ratio in the COMPOSITES. The lower the weight percent of the matrix phase the larger was the size of TiC particles. This was believed to be due to the higher combustion temperature in the samples with lower matrix weight percent.

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APA: Copy

ESMAEILI ALIABADI, A.R., & SAEIDI, ALI. (2008). COMBUSTION SYNTHESIS OF NIAL-TIC COMPOSITE. ADVANCED PROCESSES IN MATERIALS, 2(6), 1-7. SID. https://sid.ir/paper/172483/en

Vancouver: Copy

ESMAEILI ALIABADI A.R., SAEIDI ALI. COMBUSTION SYNTHESIS OF NIAL-TIC COMPOSITE. ADVANCED PROCESSES IN MATERIALS[Internet]. 2008;2(6):1-7. Available from: https://sid.ir/paper/172483/en

IEEE: Copy

A.R. ESMAEILI ALIABADI, and ALI SAEIDI, “COMBUSTION SYNTHESIS OF NIAL-TIC COMPOSITE,” ADVANCED PROCESSES IN MATERIALS, vol. 2, no. 6, pp. 1–7, 2008, [Online]. Available: https://sid.ir/paper/172483/en

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