A tribological study of the petaloid surface texturing for Co-Cr-Mo alloy artificial joints

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Alloy Material Science
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Surface (Surface Sc... Material Science
40
Hydrodynamics Material Science
20
Viscosity Material Science
20
Friction Material Science
20
Film Thickness Material Science
20
Lubricant Material Science
20
Lubrication Material Science
20
Interface Friction Material Science
20
Laser Pulse Material Science
20
Tribological Perfor... Material Science
20
Mixed Lubrication Material Science

Keyphrases

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Surface Texture Keyphrases
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CoCrMo Alloy Keyphrases
100
Artificial Joint Keyphrases
100
Petaloid Keyphrases
100
Tribological Studie... Keyphrases
40
Microhydrodynamics Keyphrases
20
Numerical Model Keyphrases
20
Operating Condition... Keyphrases
20
Film Thickness Keyphrases
20
Tribology Keyphrases
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Possible Mechanisms Keyphrases
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Heavy Load Keyphrases
20
Lubricant Viscosity Keyphrases
20
Lubrication Effect Keyphrases
20
Pin-on-plate Test Keyphrases
20
Tribological Perfor... Keyphrases
20
Low Speed Keyphrases
20
Micro-reservoir Keyphrases
20
Hydrodynamic Pressu... Keyphrases
20
Friction Reduction Keyphrases
20
CoCrMo Keyphrases
20
Tribological Improv... Keyphrases
20
Friction Interface Keyphrases
20
Mixed Lubrication Keyphrases
20
Hydrodynamic Action Keyphrases
20
Reduced Wear Keyphrases
20
Laser Pulse Ablatio... Keyphrases

INIS

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surfaces INIS
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alloys INIS
40
lubrication INIS
40
friction INIS
40
hydrodynamics INIS
20
speed INIS
20
texture INIS
20
films INIS
20
experimental data INIS
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performance INIS
20
interfaces INIS
20
lasers INIS
20
ablation INIS
20
plates INIS
20
thickness INIS
20
pulses INIS
20
viscosity INIS
20
lubricants INIS
20
wear INIS
Research OutputsResearch Output authored by A tribological study of the petaloid surface texturing for Co-Cr-Mo alloy artificial joints is tagged with the concept