The Influence of Intralayer Porosity and Phase Transition on Corrosion Fatigue of Additively Manufactured 316L Stainless Steel Obtained by Direct Energy Deposition Process

Engineering & Materials Science

• Corrosion fatigue 78%
• Phase transitions 64%
• Austenitic stainless steel 58%
• Porosity 53%
• 3D printers 48%
• Fatigue of materials 42%
• Wire 37%
• Printing 35%
• Defects 33%
• Durability 30%
• Lasers 28%
• Microstructure 25%
• Potentiodynamic polarization 16%
• Deposition rates 15%
• Surface properties 12%
• Ferrite 12%
• X rays 11%
• Scanning electron microscopy 9%
• Corrosion 9%
• Air 6%
• Costs 4%

Physics & Astronomy

• corrosion 55%
• endurance 55%
• stainless steels 54%
• manufacturing 51%
• wire 46%
• printing 45%
• porosity 45%
• defects 34%
• microstructure 27%
• intensifiers 22%
• lasers 20%
• energy 18%
• submerging 15%
• passivity 14%
• ferrites 13%
• costs 11%
• scanning electron microscopy 10%
• air 9%
• matrices 8%
• polarization 8%
• x rays 6%
• performance 6%

Chemical Compounds

• Corrosion Fatigue 100%
• Deposition Process 67%
• Alloy 43%
• Additive 41%
• Porosity 36%
• Microstructure 31%
• Energy 29%
• Passivity 20%
• Polarization 11%
• Corrosion 11%
• Resistance 9%
• X-Ray 9%
• Scanning Electron Microscopy 9%
• Environment 8%
• Amount 6%
• Surface 4%