Determination of creep damage properties from a miniature three point bending specimen using an inverse approach

Keyphrases

• Three-point Bending Specimen 100%
• Creep Damage Properties 100%
• Inverse Approach 100%
• Full Life 66%
• Power Plant 66%
• Finite Element Analysis 33%
• Simply Supported 33%
• Three-point Bending 33%
• Mathematical Expression 33%
• Microstructure 33%
• Heat Affected Zone 33%
• Matrix Laboratory (MATLAB) 33%
• Deflection 33%
• Creep 33%
• Cr-Mo Steel 33%
• Constitutive Properties 33%
• Aero-engine Components 33%
• Three-point Bending Test 33%
• Primary Creep 33%
• Grade 91 33%
• Mathematical Solution 33%
• Deflection Curve 33%
• Damage Constant 33%
• Damage Constitutive 33%
• Optimization Scheme 33%
• Thin Beams 33%
• Inverse Method 33%
• Bending Creep Test 33%
• Strength of Materials 33%
• Weldment 33%
• Creep Test 33%
• Creep Damage Model 33%
• Creep Damage 33%
• MATLAB Program 33%
• Mathematical Analysis 33%
• High Temperature Materials 33%
• Kachanov-rabotnov 33%

Engineering

• Point Bending 100%
• Creep 100%
• Test Specimen 40%
• Creep Test 40%
• Finite Element Method 20%
• Potential Application 20%
• Damage Model 20%
• Microstructure 20%
• Mathematical Expression 20%
• Heat Affected Zone 20%
• Aero-Engines 20%
• Plant Pipeline 20%
• Three-Point Bending Test 20%
• Non-Destructive Testing 20%
• Deflection Curve 20%
• Weldment 20%
• Damage Constant 20%
• Primary Creep 20%
• Inverse Method 20%

Material Science

• Creep 100%
• Finite Element Method 14%
• Mechanical Strength 14%
• Primary Creep 14%
• Refractory Material 14%