In the present work, a new form of a Halpin–Tsai (H–T) micromechanical model is proposed
to characterize the elastic modulus and tensile strength of carbon nanotube (CNT) …

The effective and localized electro-magneto-elastic behavior of periodic unidirectional
composites is investigated in this work. Instead of adopting the classical micromechanics …

In this study, a high-performance hybrid aluminum matrix composite (HAMC) reinforced with
ceramic particles and carbon nanotubes (CNTs) is analyzed. A novel multi-step …

This paper aims to investigate different properties of the Fe-Al matrix reinforced with multi-
walled carbon nanotube (MWCNT) nanocomposites with the Al volume content up to 65 …

Composite materials have many features to contribute to aircraft design but have low
electrical conductivity. In this study, it is aimed to increase the electrical conductivity of FRP …

Nano-graphite-based composites with damping absorption and storage loss were fabricated
by reactive solution mixing, wet ball milling, and three-roller milling using lead zirconium …

This paper aimed to synthesize the aluminum (Al) based magnetic hybrid composites by
using iron nanoparticles (Fe: 16–28 vol%), nickel nanoparticles (Ni: 2 vol%) and multi-wall …

Abstract In the Periodic System of chemical elements, carbon stands just between boron and
nitrogen. It is the main reason why elemental carbon and binary compound boron nitride …

Nanocomposites are materials fabricated from two or more materials with different
mechanical and electrical properties. Combining these materials produces a new designed …

All researchers have experience with various complicated phenomena and processes in
materials and have contact with understanding of different complex dynamical systems …