The sliding contact between two components is one of important phenomenon in
engineering applications. Several existing models approach to sliding contact between
two surfaces with a sliding model of hemisphere or ellipsoid body. The model presented
in this work is done by a condition without and with friction which uses the elasticplastic
material, then it is applied a vertical displacement loading. The sliding between
ellipsoid is performed with different sliding directions and radius ratio variations that is
in the direction Rx and Ry.
This final project discuss about von Misses stress value calcutation when the
sliding occurs without and with friction condition, comparing the reaction force at
sliding with a vertical displacement loading. The result shows the comparison between
von Misses stress value with friction is higher than frictionless condition. It can be seen
from the result of the plot reaction force at the time of sliding, it can be concluded that
reaction force will be higher with the addition of vertical displacement and radius
variation that has influence towards von Misses stress value because of the larger area
influence that is contacted each other between ellipsoid
