Hydrogen-assisted cracking of iron-based amorphous alloys: Experimental and finite element observations

Keyphrases

• Fracture Mechanics 100%
• Experimental Element 100%
• Finite Element 100%
• Crack Propagation 100%
• Critical Pressure 100%
• Mutual Interaction 100%
• Hydrogen-induced Cracking 100%
• Iron-based Amorphous Alloy 100%
• Synergistic Effect 50%
• Equation of State 50%
• Ribbon 50%
• Helium 50%
• Stress Field 50%
• Incubation Period 50%
• Failure Mechanism 50%
• Hydrogen Embrittlement 50%
• Electrochemical Hydrogen Charging 50%
• Metallic Glass 50%
• Failure Time 50%
• External Load 50%
• High-pressure Bubble 50%
• Bubble Formation 50%
• Elasticity Solution 50%
• Failure Criterion 50%
• Hydrogen Gas 50%
• V-curve 50%
• Material Selection 50%
• Mechanics-based 50%
• Intersection Point 50%
• Bubble Size 50%
• Gas Accumulation 50%
• Diffusion Approach 50%
• Crack Propagation Mechanism 50%

Engineering

• Finite Element Method 100%
• Crack Propagation 100%
• Based Amorphous Alloy 100%
• Fracture Mechanics 66%
• Critical Pressure 66%
• Mutual Interaction 66%
• Equation of State 33%
• Synergistic Effect 33%
• Anisotropic 33%
• Hydrogen Embrittlement 33%
• Failure Mechanism 33%
• Gas Bubble 33%
• External Load 33%
• Bubble Formation 33%
• Elastic Solution 33%
• Stress Field 33%
• Failure Criterion 33%
• Hydrogen Gas 33%
• Bubble Size 33%

Material Science

• Finite Element Method 100%
• Crack Propagation 100%
• Amorphous Alloys 100%
• Fracture Mechanics 66%
• Amorphous Material 33%
• Crystalline Material 33%
• Hydrogen Embrittlement 33%
• Amorphous Metal 33%
• Stress Field 33%
• Material Selection 33%