Reciprocating sliding tribology of brake oil treated carbon fiber reinforced ceramic matrix composites
作者： Parshant KUMAR , Vijay Kumar SRIVASTAVA
DOI: 10.1016/S1003-6326(19)65098-3
关键词: Tribology 、 Materials science 、 Carbide 、 Carbon fibers 、 Adhesion 、 Ceramic matrix composite 、 Composite material 、 Reciprocating motion 、 Contact surfaces 、 Brake
摘要: Abstract The effect of brake oil on sliding behavior carbon/carbon (C/C) and carbon/carbon−silicon carbide (C/C−SiC) composites was investigated with the variation laminate orientation surface conformity. partial low conformity contacts normal parallel orientations laminates were considered. load varied from 50 to 90 N in a step 10 N. friction wear under reciprocating conditions. results showed that coefficient loss larger as compared those laminates. C/C yielded highest value coefficient. Wear decreased by maximum 78%, 49% contacts. presence reduced adhesion tendency compacted debris because formation film difficult, thus, affected. retention between contact surfaces due confined area motion depicted tribological behavior.
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