Microstructural mechanisms and advanced characterization of long and small fatigue crack growth in cast A356-T61 aluminum alloys

INIS

• microstructure 58%
• crack growth 58%
• fatigue 50%
• eutectics 33%
• growth 25%
• cracks 25%
• aluminium alloys 16%
• depth 8%
• processing 8%
• implementation 8%
• size 8%
• design 8%
• variations 8%
• damage 8%
• morphology 8%
• distribution 8%
• fractures 8%
• engineering 8%
• failures 8%
• crack propagation 8%
• alloys 8%
• interactions 8%
• matrices 8%
• chemistry 8%
• diffraction 8%
• electrons 8%
• colonies 8%
• transportation sector 8%

Engineering

• Eutectic Si 33%
• Stages 25%
• Microstructure 16%
• Microstructural Feature 16%
• Crack Growth 16%
• Mechanisms 16%
• Crack 16%
• Failure Mode 8%
• Material Characteristic 8%
• Localisation 8%
• Numerical Model 8%
• Growth Mechanism 8%
• Combined Effect 8%
• Transportation Sector 8%
• Engineering 8%
• Supports 8%
• Design 8%
• Alloy 8%
• Processing 8%
• Crack Size 8%
• Fractographic Technique 8%
• Al Matrix 8%

Material Science

• Fatigue Crack Growth 100%
• Characterization 16%
• Aluminum Alloys 16%
• Brittle Fracture 16%
• Cast Aluminum Alloy 16%
• Debonding 16%
• Crack Propagation 16%
• Crack 16%
• Cast 8%
• Electron Backscatter Diffraction 8%
• Morphology 8%
• Mechanical Strength 8%
• Crystal Microstructure 8%