Effect of Maximum Temperature on the Cyclic-Heating-Induced Embrittlement of High-Silicon Ferritic Spheroidal-Graphite Cast Iron

Physics & Astronomy

• casts 67%
• cells 13%
• cerium 14%
• crack initiation 14%
• crack propagation 13%
• cracks 9%
• cycles 16%
• deterioration 13%
• embrittlement 87%
• eutectics 24%
• ferrites 21%
• fractography 17%
• graphite 64%
• heating 47%
• inclusions 39%
• iron 54%
• magnesium 24%
• magnesium oxides 15%
• matrices 6%
• oxides 7%
• oxygen 7%
• phase transformations 11%
• phosphorus 12%
• plastic deformation 22%
• silicon 40%
• slip 10%
• solidification 23%
• temperature 22%
• tensile properties 14%

Engineering & Materials Science

• Cast iron 80%
• Cerium 18%
• Crack initiation 12%
• Crack propagation 10%
• Cracks 8%
• Deterioration 11%
• Embrittlement 90%
• Eutectics 26%
• Ferrite 24%
• Fractography 16%
• Heating 54%
• Hot Temperature 6%
• Magnesium 40%
• Oxides 21%
• Phase transitions 13%
• Phosphorus 15%
• Plastic deformation 22%
• Silicon 59%
• Solidification 24%
• Temperature 30%
• Tensile properties 12%

Chemical Compounds

• Cerium 23%
• Crack Initiation 38%
• Dioxygen 12%
• Embrittlement 100%
• Eutectics 51%
• Fractography 39%
• Magnesium Atom 20%
• Oxide 27%
• Phosphorus(.) 20%
• Plastic Deformation 62%
• Solidification 27%