Abstract Ti3SiC2/SiC composites exhibit distinctive physical and chemical properties, which
include unique-layered structures, excellent tribological properties, high thermal and …

Porous silicon carbide (SiC)‐based ceramics are widely used in numerous applications of
technical importance owing to their exceptional structural (eg, excellent chemical …

Thermal insulation applications of porous SiC ceramics require low thermal conductivity and
high mechanical strength. However, low thermal conductivity and high mechanical strength …

Latent heat thermal energy storage techniques based on phase change materials (PCMs)
play a vital role in efficient and stable utilization of intermittent solar and thermal energy …

Abstract Nitrogen-, vanadium-, aluminum-, boron-, and scandium-doped porous SiC
ceramics were fabricated to investigate the effects of dopants on electrical, thermal, and …

The electrical, thermal, and mechanical properties of porous SiC ceramics with B 4 CC
additives were investigated as functions of C content and sintering temperature. The …

The effects of initial particle size and sintering atmosphere on the compressive strength and
thermal and electrical conductivities of porous SiC ceramics, fabricated using α-SiC and …

Porous SiC ceramics with three different pore sizes (∼ 7,∼ 45, and∼ 98 μm) and two
different porosities (∼ 54% and∼ 63%) were prepared to investigate the effects of pore size …

Micro-encapsulated phase change materials (PCMs) which constructed by PCMs as core
and polymer as shell had been confirmed a good way to store and release latent heat, but its …

The effects of the boron nitride (BN) content on the electrical, thermal, and mechanical
properties of porous SiC ceramics were investigated in N 2 and Ar atmospheres. The …