Residual thermal stresses in MoSi₂-Mo₅Si₃ in-situ composites

Physics & Astronomy

• thermal stresses 79%
• eutectics 72%
• residual stress 68%
• composite materials 45%
• half spaces 39%
• tensile stress 38%
• plastic properties 34%
• precipitates 32%
• thermal expansion 32%
• electron microscopy 32%
• electron diffraction 31%
• arcs 31%
• electron microscopes 29%
• inclusions 29%
• cracks 28%
• cooling 25%
• scanning 23%
• matrices 20%
• temperature 11%

Engineering & Materials Science

• Eutectics 78%
• Thermal stress 74%
• Residual stresses 65%
• Electron diffraction 49%
• Electron microscopy 48%
• Composite materials 43%
• Precipitates 38%
• Thermal expansion 38%
• Tensile stress 37%
• Electron microscopes 35%
• Plasticity 35%
• Scanning 28%
• Cooling 25%
• Cracks 25%
• Temperature 14%

Chemical Compounds

• Eutectic Point 100%
• Plastic Property 87%
• Thermal Expansion 79%
• Eutectics 76%
• Electron Diffraction 76%
• Cooling 66%
• Electron Microscopy 65%
• Electron Particle 40%
• Composite Material 37%