Filled rubbers are an important part of engineering materials because they have unique
properties such as large deformability, increased stiffness and energy dissipation ability. The …

Three-dimensional graphene foam (GF)-based flexible piezoresistive sensors have the
advantages of high conductivity, large deformable range and light weight, which has been …

Nowadays the most common approach to model elastic behavior at large strains is through
hyperelasticity. Hyperelastic models usually specify the shape of the stored energy function …

With the emergence of different dielectric elastomer transducers, the characterizations of
dielectric elastomers are essential aspects for the design purpose. In this work, two potential …

In this work, graphene nano-sheets (GNS) functionalized with poly (dopamine)(PDA)(
denoted as GNS-PDA) were dispersed in a carboxylated nitrile butadiene rubber (XNBR) …

Soft biological tissues are frequently modeled as hyperelastic materials. Hyperelastic
behavior is typically ensured by the assumption of a stored energy function with a pre …

A class of soft color composites whose light transmittance can be actively tuned and
controlled through mechanical actuation is studied. The design comprises thin sheets of …

The use of rubber like materials has a number applications, from automotive to aeronautics
and many other fields particular, as they are often used to make gaskets, hoses, separation …

Via cyclic loading and unloading tests of natural/styrene‐butadiene rubber (NSBR) blends at
room temperature, the effects of the stretching, rate, temperature, and volume fraction of …

A dielectric elastomer is capable of large deformation under three basic modes of
deformation: equi-biaxial, pure shear and uniaxial. Pre-stretching of dielectric elastomer …