List of Figures

Chapter 1: Fibrous Monolithic Ceramics

Figure 1.1: Schematics illustrating (a) laminated composite, consisting of the strong layer and the weak layer, and (b) fibrous monolithic ceramic, consisting of the strong cell and the weak cell boundary.
Figure 1.2: Schematic illustrations showing coextrusion process to fabricate FMs: (a) initial feedrod formation, (b) coextrusion, (c) lamination, and (d) hot-pressing.
Figure 1.3: Schematic illustrations showing MFCX process to fabricate FMs: (a) coextrusion, (b) assembly of primary filament, and (c) filament after second coextrusion.
Figure 1.4: (a) Schematic illustrating hybrid extrusion and dip-coating process to fabricate a Si ₃N ₄/BN FM composite; (b) schematic of the FM composite, consisting of monolithic Si ₃N ₄ and Si ₃N ₄/BN FM.
Figure 1.5: (a) Low-magnification SEM composite showing three sections of a fibrous monolith with a [0 /90 ] architecture; (b) cross-sectional view of FM fabricated with a thin web of Si ₃N ₄ reinforcing the BN cell boundary (adapted from ref. []).
Figure 1.6: Low-magnification SEM micrograph of polished sections, showing three-dimensional representations of the submillimeter structure of two architectures of Si ₃N ₄/BN FM (adapted from ref. []).
Figure 1.7: Flexural response of (a) monolithic Si ₃N ₄ and (b) Si ₃N ₄/BN FM (adapted from ref. []).
Figure 1.8: Young's modulus versus orientation for uniaxially aligned Si ₃N ₄/BN FM (adapted from ref. []). The line is the predicted behavior using the brick model and laminate theory.
Figure 1.9:...

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Ceramic Matrix Composites: Microstructure, Properties and Applications

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List of Figures

Chapter 1: Fibrous Monolithic Ceramics

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