Keyphrases
Thermal Oxidation
100%
Tribological Behavior
100%
Ultra-high Molecular Weight Polyethylene (UHMWPE)
100%
Wear Mechanism
100%
Ti-6A1-4V
100%
Microscopic Wear
100%
Microcracks
40%
Fatigue Mechanism
40%
Surface Material
20%
Ti-6Al-4V Alloy
20%
Counterface
20%
Lubrication Condition
20%
Water Lubrication
20%
Stress-induced
20%
Spallation
20%
Wear Surface
20%
Cyclic Loading
20%
SEM Analysis
20%
Wear Mode
20%
High Resolution SEM
20%
Wear Debris
20%
Average Surface Roughness
20%
Preferential Orientation
20%
Rubbing
20%
Fatigue Wear
20%
Lateral Propagation
20%
Crystalline Lamellae
20%
Engineering
Thermal Oxidation
100%
High Molecular Weight Polyethylene
100%
Tribological Behavior
100%
Microcracks
40%
Micro Crack
40%
Cross Section
20%
High Resolution
20%
Experimental Result
20%
Counterface
20%
Induced Stress
20%
Surface Fatigue
20%
Cyclic Loading
20%
Wear Debris
20%
Surface Material
20%
Average Surface Roughness
20%
Lateral Propagation
20%
Interconnection
20%
Material Science
Polyethylene
100%
Microcracks
40%
Surface (Surface Science)
20%
Scanning Electron Microscopy
20%
Surface Roughness
20%
Lubrication
20%
Surface Fatigue
20%
Wear Debris
20%