Abstract A carbon/carbon (C/C)–Cu composite reinforced by novel carbon fiber 2.5 D-
braided preforms was fabricated through pressureless infiltration technique (PLI). The …

In this study, copper-based composites containing nanoscale TiC with high strength and
high electrical conductivity (712 MPa and 72% IACS) were produced by a newly developed …

The present study has investigated the role of the addition of TiC nanoparticles on the
microstructural, mechanical, physical, and metallurgical properties of the Cu-TiC …

Two atomic terminals and eight stacking sites models have been established by first
principles to study the atomic and electronic structures of Cu (111)/TiC (111) interface. The …

The present investigation discusses observations pertaining to the synthesis of Cu-based
composites containing TiC particles in the range of 45–50 volume% by self-propagating …

TiC-dispersion-strengthened Cu alloys were prepared by a two-step ball-milling (BM)
process followed by sparks plasma sintering (SPS), heat treatment and hot rolling in …

Abstract In this work, Cu-TiC composites have been successfully prepared by adding Ti and
carbon black powder mixture into Cu melts. The microstructure evolution of the composites …

Comparative studies of the influence of carbon allotropic form on the formation of the
structural-phase composition of copper-based composites have been performed by means …

FeAl, Fe 3 Al and CuNiAl intermetallic particles were added externally to pure copper (Cu)
by mechanical alloying and thermal consolidation to obtain intermetallic particles reinforced …

In this work, ultrafine-grained (UFG) copper alloys dispersed with nanoscale TiC particles
were produced by combination of mechanical milling and spark plasma sintering (SPS) …