High Cycle Fatigue Life of Ti-6Al-4V Titanium Alloy Processed by Electron Beam Welding

Keyphrases

• Aluminum Alloy Weld 25%
• Base Metals 25%
• Butt Joint 50%
• Compressive Mean Stress 25%
• Constant Amplitude Loading 50%
• Correction Method 25%
• Correction Strategy 25%
• Design Codes 25%
• Design Guidelines 25%
• Electron Beam Welding 100%
• Engineering Application 25%
• Failure Mode 25%
• Fatigue Analysis 25%
• Fatigue Design 25%
• Fatigue Design Curve 25%
• Fatigue Life 50%
• Fatigue Life Analysis 25%
• Fatigue Life Prediction 25%
• Fatigue Test 25%
• Fracture Site 25%
• Goodman Curve 25%
• High Cycle Fatigue 25%
• High Fatigue Strength 25%
• High-cycle Fatigue Life 100%
• Load Amplitude 25%
• Mean Stress Correction 50%
• Miner's Rule 25%
• Rutile 25%
• Steel Alloy 25%
• Ti-6Al-4V (Ti64) 100%
• Ti-6Al-4V Alloy 25%
• Titanium Alloy 100%
• Titanium Structures 25%
• Variable Amplitude Loading 50%
• Welded Structures 50%

Engineering

• Base Metal 25%
• Butt Joint 50%
• Butt Welding 25%
• Constant Amplitude 50%
• Design Code 25%
• Design Guideline 25%
• Electron Beam Welding 100%
• Engineering Application 25%
• Failure Mode 25%
• Fatigue Analysis 25%
• Fatigue Design 50%
• Fatigue Life 100%
• Fatigue Life Prediction 25%
• Fatigue Strength 25%
• Fracture Site 25%
• High Cycle Fatigue 100%
• Mechanical Fatigue Test 25%
• Palmgren-Miner Rule 25%
• Tensiles 50%
• Ti-6al-4v 100%
• Ti-6al-4v Alloy 25%
• Welded Structure 50%
• Welds 50%

Material Science

• Alloy Steel 20%
• Aluminum Alloy 20%
• Fatigue of Materials 100%
• High-Cycle Fatigue 100%
• Ti-6Al-4V 100%
• Titanium 40%
• Titanium Alloy 100%