This review is focused on the most recent research on multifunctional shape memory
polymer nanocomposites reinforced by various nanoparticles. Different multifunctional …

Epoxy based shape memory polymers have attracted considerable attention in engineering
applications. To achieve excellent thermo-mechanical performance, carbon nanotube (CNT) …

The present work is a first approach in order to achieve thermo-sensitive and waterproof
polyurethane fibers useful in the textile industry. For this, two polyurethane formulations with …

The performance of insulating paper cellulose is an important factor affecting the normal
operation of electric power equipment. This paper uses molecular dynamics methods to …

Thermodynamic properties of cellulose insulation paper are vital factors affecting the life of a
transformer; in order to obtain cellulose insulation paper with better thermodynamic …

The technology of 4DP utilizes shape memory materials (SMMs). Among the SMMs, SMP is
the material that has potential and is ideal for this technology. However, due to their …

This work addresses the basic principles, synthesis/fabrication and applications of smart
materials, specifically shape memory materials Based on origin, the mechanisms of …

In this study, free‐volume effects on the thermal and mechanical properties of epoxy–SiO2
nanocomposites were investigated. SiO2 particles ranging from 15 nm to 2 µm were used …

We report the thermal stability and dielectric properties of nano-SiO 2-doped cellulose.
Molecular dynamics simulations were performed using an undoped cellulose model (C0), a …

The microstructural free volume evolution during a photopolymerization process was studied
on a commercial photopolymer (SPOT LV) in situ by positron annihilation lifetime …