Influence factors of C/C–SiC dual matrix composites prepared by reactive melt infiltration. Si-Zhou, J., Xiang, X., Zhao-Ke, C., Peng, X., & Bai-Yun, H. Materials & Design, 30(9):3738–3742, October, 2009. doi abstract bibtex The effects of the type of carbon matrix, the infiltration temperature and high temperature treatment (HTT) on the infiltration behavior of molten Si and preparation of C/C–SiC dual matrix composites have been investigated. The results showed that: Resin carbon matrix is benificial to the infiltration of molten Si than pyrolysis carbon matrix. 1650°C is more suitable for the infiltration of molten Si in porous C/C preforms than 1550°C. The high infiltration depth at 1650°C is responsible for the high density of C/C–SiC composites. HTT facilitates to the infiltration of molten Si and the formation of more SiC. High density and low open porosity C/C–SiC dual matrix composites can be prepared by optimal reactive molten infiltration method. The flexural strength, elastic modul and impact toughness of C/C–SiC composites are high up to 265.4MPa, 28.1GPa and 28.5kJ/m2 respectively. Heat treatment at 2300°C decreases the composites flexural strength, elastic modul and impact toughness, but improve the fracture behavior of C/C–SiC dual matrix composites.
@article{si-zhou_influence_2009,
title = {Influence factors of {C}/{C}–{SiC} dual matrix composites prepared by reactive melt infiltration},
volume = {30},
issn = {0261-3069},
doi = {10.1016/j.matdes.2009.02.013},
abstract = {The effects of the type of carbon matrix, the infiltration temperature and high temperature treatment (HTT) on the infiltration behavior of molten Si and preparation of C/C–SiC dual matrix composites have been investigated. The results showed that: Resin carbon matrix is benificial to the infiltration of molten Si than pyrolysis carbon matrix. 1650°C is more suitable for the infiltration of molten Si in porous C/C preforms than 1550°C. The high infiltration depth at 1650°C is responsible for the high density of C/C–SiC composites. HTT facilitates to the infiltration of molten Si and the formation of more SiC. High density and low open porosity C/C–SiC dual matrix composites can be prepared by optimal reactive molten infiltration method. The flexural strength, elastic modul and impact toughness of C/C–SiC composites are high up to 265.4MPa, 28.1GPa and 28.5kJ/m2 respectively. Heat treatment at 2300°C decreases the composites flexural strength, elastic modul and impact toughness, but improve the fracture behavior of C/C–SiC dual matrix composites.},
number = {9},
urldate = {2023-10-30},
journal = {Materials \& Design},
author = {Si-Zhou, Jiang and Xiang, Xiong and Zhao-Ke, Chen and Peng, Xiao and Bai-Yun, Huang},
month = oct,
year = {2009},
keywords = {A. Ceramic matrix composites, B. Fabrics, E. Mechanical},
pages = {3738--3742},
}
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