Damage Mechanism of Short Carbon Fiber Reinforced SiC-Based Composite

Jie Wei; Yu Hong Chen; Liang Jiang

doi:10.4028/www.scientific.net/KEM.492.39

Paper Titles

The Influence of Specimen Grips on the Measurement of Micro-Tensile Bond Strength to Human Dentin
p.18

Influence of Multiple Firing on the Bending Strength of Zirconia/Porcelain Bilayered Dental Ceramics
p.24

Comparison of Fracture Strength and Fracture Modes of Zirconia Dental Ceramics Manufactured by Four Different CAD/CAM Systems
p.30

Fatigue Damage Modes of Bilayered Zirconia and Alumina Dental Composites
p.35

Damage Mechanism of Short Carbon Fiber Reinforced SiC-Based Composite
p.39

Evaluating Impact Properties of Cement Clinker at Different Angle for Impact Indentation
p.43

An Experimental Study of the Nano-Scratch Behavior of Cement Composite Material
p.47

Microstructure of Interface between Zirconia and Veneer Porcelain
p.55

Effect of Temperature on the Interfacial Bonding Strength between PVB and Glass from RT to -50 °C
p.61

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Damage Mechanism of Short Carbon Fiber Reinforced SiC-Based Composite

Abstract:

Short carbon fiber reinforced silicon carbide (SiC)composites were prepared with boron (B) and carbon (C) as sintering additives via pressureless sintering at 2150°C. The damage mechanism of fiber was investigated as following: (1) The carbon fiber was seriously physically damaged in the process of material mixing; (2) The chemical damage of the carbon fiber was happened in the reaction with matrix as the high sintering temperature; (3) Numerous cavities exist between the carbon fiber and the matrix leads to the weak interfacial strength.