Influence of grit geometry and fibre orientation on the abrasive material removal mechanisms of SiC/SiC Ceramic Matrix Composites (CMCs)

Keyphrases

• Material Removal Mechanism 100%
• Fiber Orientation 100%
• Abrasive Material 100%
• SiC Ceramics Matrix Composites 100%
• Grit Geometry 100%
• Ceramic Matrix Composites 66%
• Grain Shape 66%
• High Efficiency 33%
• Surface Integrity 33%
• Cost Efficiency 33%
• High Strength 33%
• Grinding Process 33%
• High Temperature 33%
• High Stiffness 33%
• Abrasive Grit 33%
• Grit 33%
• Abrasive Particles 33%
• Pulsed Laser Ablation 33%
• Low Density 33%
• Aero-engine 33%
• Material System 33%
• Abrasive Grain 33%
• Stochastic Nature 33%
• Minimum Cost 33%
• Ground Surface Morphology 33%
• Critical Enablers 33%
• Difficult-to-machine 33%
• Single Abrasive Grain 33%
• Environmental Resistance 33%
• Quality Components 33%
• Post-processing Kinematic 33%
• Scratch Test 33%
• Circular Trajectory 33%
• Onset Location 33%
• Crack Onset 33%
• Brittle Material Removal 33%
• Brittle Nature 33%
• Process Forces 33%
• Grain Geometry 33%
• Contact Mechanics 33%

Engineering

• Grinding (Machining) 100%
• Material Removal Mechanism 100%
• Fiber Orientation 100%
• Abrasive Material 100%
• Abrasive Grain 50%
• Material Removal 25%
• Surface Integrity 25%
• Brittle Material 25%
• Ground Surface 25%
• Surface Morphology 25%
• Abrasive Particle 25%
• Aeroengine 25%
• Material System 25%
• Contact Mechanics 25%
• Environmental Resistance 25%
• Circular Trajectory 25%

Material Science

• Fiber Reinforced Material 100%
• Ceramic Matrix Composites 100%
• Density 20%
• Mechanical Strength 20%
• Surface Morphology 20%
• Aeroengine 20%
• Laser Ablation 20%
• Brittleness 20%
• Contact Mechanics 20%