Average power losses and FMEP values for the compression ring-cylinder liner system in the active cylinder, deactivated cylinder, and under the standard operation condition.</p
The article shows the results of measuring the mechanical losses of a piston engine in two new ways ...
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
Equations are proposed for the mechanical efficiency and losses in a piston compressor operating wit...
FMEP values of the compression ring-cylinder liner system in the active cylinder, deactivated cylind...
(a) Power losses in the active cylinder for the three cases. (b) power losses in the deactivated cyl...
(a) Hydrodynamic frictions for the compression ring-cylinder liner system in the active cylinder, de...
Minimum oil film thicknesses of the compression ring-cylinder liner system in the active cylinder, d...
<p>Average friction forces and their difference rates for the compression ring-cylinder liner system...
Widths of lubrication zone and inlet widths of compression ring in the active cylinder, deactivated ...
A novel integrated multi-physics assessment of the piston top compression ring of an internal combus...
Temperatures of cylinder liner at the piston dead centers and the parameters of oil 5W40.</p
In order to assess possibilities of energy saving during hydrostatic drive system operation, should ...
Internal combustion engine due to Thermodynamics deliver output of 25% of the input fuel energy. Hen...
<p>Comparison of mean pressure coefficient distribution at cylinder surface for fixed cylinder at Re...
Powers of energy losses in a variable capacity displacement pump are compared with or without taking...
The article shows the results of measuring the mechanical losses of a piston engine in two new ways ...
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
Equations are proposed for the mechanical efficiency and losses in a piston compressor operating wit...
FMEP values of the compression ring-cylinder liner system in the active cylinder, deactivated cylind...
(a) Power losses in the active cylinder for the three cases. (b) power losses in the deactivated cyl...
(a) Hydrodynamic frictions for the compression ring-cylinder liner system in the active cylinder, de...
Minimum oil film thicknesses of the compression ring-cylinder liner system in the active cylinder, d...
<p>Average friction forces and their difference rates for the compression ring-cylinder liner system...
Widths of lubrication zone and inlet widths of compression ring in the active cylinder, deactivated ...
A novel integrated multi-physics assessment of the piston top compression ring of an internal combus...
Temperatures of cylinder liner at the piston dead centers and the parameters of oil 5W40.</p
In order to assess possibilities of energy saving during hydrostatic drive system operation, should ...
Internal combustion engine due to Thermodynamics deliver output of 25% of the input fuel energy. Hen...
<p>Comparison of mean pressure coefficient distribution at cylinder surface for fixed cylinder at Re...
Powers of energy losses in a variable capacity displacement pump are compared with or without taking...
The article shows the results of measuring the mechanical losses of a piston engine in two new ways ...
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
Equations are proposed for the mechanical efficiency and losses in a piston compressor operating wit...