Jinan
China
Qilu University of Technology - School of Mechanical and Automotive Engineering
graphene nanoplatelets, laminated ceramic tool, mechanical properties
Laser cladding, Graphene, Co-based coating, microstructure, Tribological performance
Cermet, Core-shell particles, Microstructure, Mechanical properties, Self-lubricating property
Mo@Ni, Low-temperature sintering, (W, Ti)C-based cermet, sea urchin-like structure, topotaxy orientation intergrowth
ZTA ceramics, Friction reduction mechanism, Tribo-interface, Low friction
B4C, TiB2, In situ reaction, Toughening
B4C, CNTs, Spark plasma sintering, Strengthening, Toughening
Ceramic tool, Cutting performance, Wear mechanism, Self-healing, Self-lubricating
(W, Ti)C cermet, SPS, Solution strengthening effect, microstructure, Mechanical property
self-lubricating ceramic tools, NMQL, synergistic lubrication, Ceramic tool processing.
X80 pipeline steel, hydrogen bubbles, orientation difference, intergranular fracture, molecular dynamics
Self-lubricating cermet tool, Minimum quantity lubrication, Dual lubrication conditions, Cutting performance
cermet, core-shell nanopowder, low-temperature, ultrafast sintering
Nano-self-lubricating cermet tool, Spark Plasma Sintering, mechanical property, Cutting performance
ZTA ceramic, Surface-localized-self-lubricating, gel casting, tribological performance
Microcapsules, YG8 cemented carbide, Self-lubricating, tribological properties