Influence of test methodology and probe geometry on nanoscale fatigue failure of diamond-like carbon film

INIS

• failures 100%
• loading 100%
• carbon 100%
• geometry 100%
• probes 100%
• nanostructures 100%
• films 100%
• fatigue 100%
• diamonds 100%
• molecular dynamics method 42%
• comparative evaluations 28%
• simulation 28%
• stiffness 28%
• depth 28%
• information 14%
• substrates 14%
• crystal structure 14%
• range 14%
• shape 14%
• atmospheres 14%
• silicon 14%
• residual stresses 14%
• defects 14%
• argon 14%
• graphite 14%
• unloading 14%
• sputtering 14%

Engineering

• Fatigue Failure 100%
• Diamond-Like Carbon 100%
• Nanoscale 100%
• Failure Mechanism 75%
• Computer Simulation 50%
• Loading Cycle 50%
• Nanoindentation Test 50%
• Experimental Result 25%
• Crystal Structure 25%
• Silicon Substrate 25%
• Residual Stress 25%
• Applied Load 25%
• Young's Modulus 25%
• Load Cycle 25%
• Related Factor 25%
• Elastic Response 25%
• Loading History 25%
• Defects 25%
• Indentation 25%

Material Science

• Diamond Like Carbon Films 100%
• Film 100%
• Nanoindentation 50%
• Elastic Moduli 16%
• Material Defect 16%
• Crystal Structure 16%
• Indentation 16%
• Silicon 16%
• Residual Stress 16%
• Amorphous Material 16%