Numerical simulation is a powerful tool to predict the physical behavior of the designed
devices. This method provides detailed information about the investigated phenomenon at …

TiC ceramics have become one of the most potential ultra-high temperature structural
materials, because of its high melting point, low density, and low price. However, the poor …

Fe-Ga alloys are regarded as promising new magnetostrictive materials owing to their
excellent magnetic and mechanical properties. However, the currently developed …

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 …

Spark plasma sintering is a novel sintering technique in the manufacturing of ultra high
temperature ceramics. Temperature distribution during the sintering process controls …

Heat transfer enhancement in thermal systems has great importance in achieving better
performances at decreased spaces. In the present work, by combining two passive …

The current research investigates the influence of adding 2 wt% graphene nano-platelets
(GNP) on microstructure and thermal conductivity of the TiB 2–25 vol% SiC composite. The …

Electronics devices growth in the last decade of the twentieth century ushered in a revolution
inside the electronics segment. Continuous micro-sizes and operation cause these devices …

The present research aims to investigate the influences of SiC reinforcement and h-BN
additive on the relative density, microstructure, and thermodynamic aspects of TiB 2-based …

Abstract Cordierite (Mg 2 Al 4 Si 5 O 18) is a commercially available ceramic with low
fracture toughness that hampers its broad industrial applications. Although several studies …