The entering behavior of environmental gases into the plastic zone around fatigue crack tips in titanium

Engineering & Materials Science

• Air 17%
• Argon 35%
• Atoms 16%
• Chemical analysis 10%
• Crack tips 94%
• Cracks 10%
• Electron probe microanalysis 20%
• Fatigue crack propagation 15%
• Fatigue of materials 64%
• Gases 53%
• Helium 17%
• Inert gases 18%
• Microcracks 18%
• Nitrogen 86%
• Plastics 68%
• Surface morphology 17%
• Titanium 90%
• Vacuum 13%

Physics & Astronomy

• air 18%
• argon 24%
• atoms 7%
• chemical composition 13%
• crack tips 100%
• cracks 11%
• electron probes 17%
• gases 47%
• helium 12%
• microanalysis 16%
• microcracks 17%
• nitrogen 68%
• plastics 72%
• rare gases 14%
• striation 19%
• surface cracks 18%
• titanium 77%
• vacuum 9%

Chemical Compounds

• Electron Probe Microanalysis 18%
• Environment 26%
• Fracture Surface Morphology 25%
• Gas 49%
• Nitrogen 56%
• Noble Gas Atom 16%
• Surface 14%
• Vacuum 12%