Characterisation of thermal cycling induced cavitation in particle reinforced metal matrix composites by three-dimensional (3D) X-ray synchrotron tomography

Physics & Astronomy

• metal matrix composites 91%
• cavitation flow 72%
• synchrotrons 65%
• tomography 59%
• damage 53%
• cycles 50%
• characterization 41%
• x rays 33%
• matrices 27%
• wear resistance 27%
• reinforcement 26%
• thermal stresses 26%
• high strength 25%
• aluminum alloys 23%
• thermal expansion 21%
• examination 21%
• composite materials 15%
• microstructure 14%
• photons 13%
• coefficients 13%

Engineering & Materials Science

• Synchrotrons 100%
• Thermal cycling 86%
• Cavitation 82%
• Tomography 72%
• X rays 68%
• Metals 48%
• Composite materials 43%
• Photons 29%
• Thermal expansion 25%
• Thermal stress 25%
• Wear resistance 23%
• Aluminum alloys 21%
• Reinforcement 20%
• Fatigue of materials 17%
• Microstructure 16%

Chemical Compounds

• Thermal Cycling 95%
• Cavitation 95%
• Metal Matrix Composites 94%
• X-Ray 45%
• Fatigue Strength 41%
• Resistance 31%
• Aluminium Alloy 27%
• Thermal Expansion 26%
• Photon 24%
• Wear 23%
• Microstructure 16%
• Composite Material 12%
• Amount 10%
• Surface 8%