Abstract A 3D Monte Carlo method paired with a percolation model is carried out to predict
the electrical resistivity and piezoresistive sensitivity of carbon nanotube (CNT)-polymer …

The thermo-resistive and piezoresistive responses of carbon nanotube (CNT)/graphene
nanoplatelet (GNP) polymer-based nanocomposites are analytically investigated. The 3D …

The percolation inception of CNT-polymer nanocomposites is studied considering the
magneto-electric field effects on CNT subbands. The analytical model predicts the electrical …

Carbon nanotube (CNT) length non-uniformity and waviness exist inevitably in practical
CNT/polymer composites (CPCs) and are two major factors that have significant influences …

This paper presents an analytical model to describe the influence of mechanical deformation
on the effective electrical conductivity of CNTs reinforced composites. The model shows that …

In recent years, novel features of ultra‐flexible nanocomposite foams have drawn
tremendous attention toward these materials to be utilized in a variety of engineering …

Pressure vessels are always under different hazards such as leaking, fracturing, and
unknown deformation. In this work, the novel micro-nano sensors were introduced based on …

The gauge factor of strain gauges depends on several factors such as the geometry of the
gauge and the piezoresistive properties of the materials used. Herein, the piezoresistive …

The effective electrical resistivity of carbon nanotubes (CNT)-based polymer
nanocomposites is studied using an analytical model based on the percolation theory. The …

High-performance compression sensors have been playing an increasingly important role in
human motion detection, health monitoring and human-machine interfaces over recent …