Keratin fibers from chicken feathers were used as short-fiber reinforcement for a poly (methyl
methacrylate) matrix. The composites were evaluated via thermal and dynamical …

In this paper polyurethane-based phase change materials (PCMs) modified with graphene
for thermal energy storage were obtained in situ using a one-step bulk polymerization …

Four new models for relative Young's modulus of concentrated particulate composites are
developed using a differential scheme along with the solution of an infinitely dilute …

Composite materials are blends of two or more materials of different physical properties. The
individual materials are immiscible with each other and exist as distinct phases. Thus …

Electrophoresis or electrochromatography carried out in nanometer columns (width and
depth) offers some attractive benefits compared to microscale columns. These advantages …

Attenuation characteristics of ultrasonic longitudinal waves in particle-reinforced polymer-
matrix composites are considered. The spatial decay of a plane wave in the composite is …

Closed-form bound and estimate solutions to the effective elastic properties of nanoparticle-
reinforced composites with Steigmann-Ogden interface effect are obtained based on …

Wave attenuation characteristics of unidirectional fiber-reinforced polymer composites are
analyzed theoretically by a micromechanical differential (incremental) scheme for their …

A theoretical model for ultrasonic attenuation in viscoelastic composite materials is
examined which is based on the evaluation of scattering as well as absorption losses. The …

In the present work we deal with the scattering dispersion and attenuation of elastic waves in
different types of nonhomogeneous media. The iterative effective medium approximation …