In many modern sectors, the demand for featherweight and high-temperature materials for
essential applications in automotive and aero-technology have become a novel and fast …

Composites play a vital role in the modern industries to produce components for various
applications due to their lower weight and excellent mechanical properties. In recent years …

Advances in micro-electro-mechanical systems (MEMS) resulted in the fabrication of
electronic and optic devices which generate high amounts of heat in a small space …

Temperature and electric current distributions in the spark plasma sintering process of a ZrB
2 sample were simulated using finite element method. The main source of heating in spark …

Advances in micro electro mechanical systems (MEMS) necessitate utilizing efficient types of
materials which are capable of dissipating high heat transfer rates. Aluminum nitride (AlN) …

Spark plasma sintering (SPS) is an efficient manufacturing method especially for ultra-high
temperature ceramics (UHTCs) such as titanium carbides. Heating mechanism in SPS is a …

In the last decades, the production of ultra-high temperature composites with improved
thermo-mechanical properties has attracted much attention. This study focuses on the effect …

The interface debonding caused by mismatched thermal expansion is a key issue in
graphene nanoplatelets/Ti matrix composites (GNPs/TiMCs), which significantly decreases …

Densification and mechanical behavior of graphite-free and graphite-doped ZrB 2–TiC
composites were investigated. Spark plasma sintering was used to achieve near fully-dense …

In this research work, the effects of silicon carbide (SiC) as the most important reinforcement
phase on the densification percentage and mechanical characteristics of zirconium diboride …