Experimental analysis of chromium molybdenum coatings under mixed elastohydrodynamic lubrication for film thickness, friction, and wear characterizations

INIS

• surfaces 60%
• friction 50%
• porosity 50%
• films 40%
• wear 40%
• thickness 40%
• roughness 40%
• coatings 30%
• lubrication 30%
• performance 20%
• molybdenum 20%
• chromium 20%
• levels 10%
• comparative evaluations 10%
• density 10%
• yields 10%
• roots 10%
• lubricants 10%
• topography 10%

Engineering

• Friction 100%
• Porosity 40%
• Molybdenum 40%
• Surfaces 40%
• Coating 30%
• Roughness 30%
• Tribological Performance 20%
• Elastohydrodynamic Lubrication 20%
• Free Surface 10%
• Surface Topography 10%
• Line Contact 10%
• Root Mean Square 10%
• Square Roughness 10%
• Frictional Behavior 10%
• Microchannel 10%
• Research 10%
• Performance 10%
• Density 10%
• Yields 10%
• High Porosity 10%

Material Science

• Chromium 40%
• Void Fraction 40%
• Surface 40%
• Film Thickness 30%
• Coating 30%
• Boundary Lubrication 20%
• Characterization 10%
• Surface Topography 10%
• Lubricant Film Thickness 10%