Residual strain measurement in thermal spray cermet coatings via neutron diffraction

Engineering

• Cermet 100%
• Stress Field 100%
• Residual Strain 100%
• Fatigue Performance 66%
• Ray Diffraction 66%
• Penetration Depth 66%
• Thickness Strain 66%
• Impact Resistance 33%
• Strain Field 33%
• Residual Stress 33%
• Substrate Interface 33%
• Conventional Technique 33%
• Fatigue Resistance 33%
• Adhesive Strength 33%
• Cohesive Strength 33%
• Beam Curvature 33%
• Engineering 33%
• Property Relationship 33%
• Deep Hole 33%
• Hole Drilling 33%
• Coating Deposition 33%
• Destructive Technique 33%
• Thermal Spraying 33%
• Strain Analysis 33%

INIS

• strains 100%
• sprays 100%
• neutron diffraction 100%
• coatings 100%
• cermets 100%
• performance 33%
• thickness 33%
• fatigue 33%
• diffraction 33%
• neutrons 22%
• tungsten carbides 22%
• synchrotrons 22%
• penetration depth 22%
• substrates 11%
• comparative evaluations 11%
• surfaces 11%
• layers 11%
• x-ray diffraction 11%
• x radiation 11%
• interactions 11%
• removal 11%
• investigations 11%
• engineering 11%
• loading 11%
• drilling 11%
• beams 11%
• interfaces 11%
• atoms 11%
• deposition 11%
• holes 11%
• adhesives 11%
• optimization 11%
• electrons 11%
• residual stresses 11%
• clouds 11%
• nuclei 11%
• spray coating 11%

Material Science

• Thermal Spray 100%
• Strain Measurement 100%
• Neutron Diffraction 100%
• Cermet 100%
• Stress Field 60%
• Diffraction Measurement 40%
• Fatigue of Materials 20%
• Thermal Spray Coating 20%
• Engineering Material 20%
• Impact Resistance 20%
• Mechanical Strength 20%
• Residual Stress 20%