In this study, the effect of micro-grooves on hydrodynamic fabrication characteristics between a piston ring and a micro-grooved cylinder liner is analyzed numerically. Elrod’s universal equation satisfying JFO theory is adopted to predict the cavitation region properly and calculate the pressure distribution between a piston ring and a micro-grooved cylinder liner. The analysis is carried out by varying the shape, depth, length, width and location of micro-grooves during the full engine cycle. The results show that micro-grooves can make friction loss decrease in comparison with a non-textured cylinder liner.
Volume Subject Area:
Fluid Film Lubrication
Topics:
Cylinders,
Lubrication,
Piston rings,
Cavitation,
Cycles,
Engines,
Friction,
Manufacturing,
Pressure,
Shapes
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