Stiffness loss and density decrease due to thermal cycling in an alumina fiber/magnesium alloy composite

Physics & Astronomy

• magnesium alloys 88%
• stiffness 68%
• aluminum oxides 64%
• damage 56%
• cycles 52%
• reinforcement 50%
• composite materials 48%
• fibers 44%
• voids 27%
• matrices 25%
• thermal stresses 16%
• plastic deformation 13%
• thermal expansion 13%
• incidence 12%
• modulus of elasticity 12%
• ceramics 10%
• room temperature 8%
• temperature 4%

Engineering & Materials Science

• Thermal cycling 89%
• Magnesium alloys 83%
• Alumina 77%
• Reinforcement 62%
• Stiffness 54%
• Fibers 53%
• Composite materials 45%
• Thermal expansion 26%
• Thermal stress 26%
• Plastic deformation 23%
• Elastic moduli 22%
• Temperature 20%
• Hot Temperature 12%

Chemical Compounds

• Thermal Cycling 100%
• Magnesium Alloy 93%
• Fiber 50%
• Composite Material 39%
• Plastic Deformation 32%
• Thermal Expansion 27%
• Ceramic 20%
• Alloy 18%
• Ambient Reaction Temperature 14%