Widths of lubrication zone and inlet widths of compression ring in the active cylinder, deactivated cylinder, and under the standard operation condition.</p
<p>Average friction forces and their difference rates for the compression ring-cylinder liner system...
The effects of surface texture on the lubrication performance of a compression ring-cylinder liner s...
(a) hydrodynamic frictions in the active cylinder. (b) asperity frictions in the active cylinder. (c...
FMEP values of the compression ring-cylinder liner system in the active cylinder, deactivated cylind...
Minimum oil film thicknesses of the compression ring-cylinder liner system in the active cylinder, d...
(a) Hydrodynamic frictions for the compression ring-cylinder liner system in the active cylinder, de...
Average power losses and FMEP values for the compression ring-cylinder liner system in the active cy...
(a) Power losses in the active cylinder for the three cases. (b) power losses in the deactivated cyl...
(a) active cylinder. (b) deactivated cylinder. (c) standard operation condition.</p
Minimum oil film thicknesses between the compression ring and cylinder liner obtained by Gu et al.’s...
It is important to determine realistic inlet boundary conditions to correctly predict lubricant film...
The piston compression ring-cylinder liner contact experiences a transient regime of lubrication. Th...
Description of the test conditions with respect to spring rates and free lengths of spring constrain...
Temperatures of cylinder liner at the piston dead centers and the parameters of oil 5W40.</p
Experimental approaches to the lubricant surface interactions of in-cylinder components </p
<p>Average friction forces and their difference rates for the compression ring-cylinder liner system...
The effects of surface texture on the lubrication performance of a compression ring-cylinder liner s...
(a) hydrodynamic frictions in the active cylinder. (b) asperity frictions in the active cylinder. (c...
FMEP values of the compression ring-cylinder liner system in the active cylinder, deactivated cylind...
Minimum oil film thicknesses of the compression ring-cylinder liner system in the active cylinder, d...
(a) Hydrodynamic frictions for the compression ring-cylinder liner system in the active cylinder, de...
Average power losses and FMEP values for the compression ring-cylinder liner system in the active cy...
(a) Power losses in the active cylinder for the three cases. (b) power losses in the deactivated cyl...
(a) active cylinder. (b) deactivated cylinder. (c) standard operation condition.</p
Minimum oil film thicknesses between the compression ring and cylinder liner obtained by Gu et al.’s...
It is important to determine realistic inlet boundary conditions to correctly predict lubricant film...
The piston compression ring-cylinder liner contact experiences a transient regime of lubrication. Th...
Description of the test conditions with respect to spring rates and free lengths of spring constrain...
Temperatures of cylinder liner at the piston dead centers and the parameters of oil 5W40.</p
Experimental approaches to the lubricant surface interactions of in-cylinder components </p
<p>Average friction forces and their difference rates for the compression ring-cylinder liner system...
The effects of surface texture on the lubrication performance of a compression ring-cylinder liner s...
(a) hydrodynamic frictions in the active cylinder. (b) asperity frictions in the active cylinder. (c...