Mechanical behavior of ceramic-metal laminate under thermal shock

Physics & Astronomy

• thermal shock 88%
• laminates 71%
• interlayers 52%
• ceramics 51%
• brazing 49%
• metals 39%
• residual strength 30%
• thin plates 22%
• heat transfer coefficients 20%
• thermocouples 20%
• tensile stress 19%
• temperature 17%
• foils 16%
• plastic deformation 16%
• quenching 15%
• damage 13%
• water 10%
• room temperature 10%
• curves 10%
• interactions 7%

Engineering & Materials Science

• Cermets 91%
• Thermal shock 90%
• Laminates 69%
• Brazing 46%
• Temperature 30%
• Thermocouples 20%
• Metal foil 20%
• Quenching 19%
• Tensile stress 19%
• Heat transfer coefficients 17%
• Plastic deformation 17%
• Water 10%

Chemistry

• Thermal Shock 100%
• Ceramic 58%
• Brazing 53%
• Plate Like Crystal 45%
• Braze 30%
• Plastic Deformation 23%
• Transfer Coefficient 23%
• Heat Transfer 20%
• Foil 19%
• Alloy 13%
• Strength 12%
• Surface 12%
• Ambient Reaction Temperature 10%
• Metal 8%
• Application 6%