Magneto-active polymers are polymer-based composites consisting of magnetizable micro-
particles embedded in an elastomeric matrix material. The presence of magnetic particles …

A dynamic torsional stiffness model of a magneto-sensitive circular annular rubber bushing
is presented where influences of frequency, amplitude and magnetic field dependence are …

A constitutive model for the temperature, prestrain, dynamic strain amplitude and the
magnetic field dependence of the dynamic shear modulus for a magneto-sensitive (MS) …

Magnetoactive elastomers (MAEs) are a class of smart materials whose mechanical
properties can be rapidly and reversibly changed by an external magnetic field. Due to this …

A highly nonlinear model of the energy flow in a magneto-sensitive (MS) vibration isolation
system is developed where it is possible to investigate the influences of MS rubber material …

A measurement study is conducted to investigate how changes in temperature, dynamic
strain amplitude, and magnetic field strength influence the behavior of a magnetosensitive …

In the context of the theory of nonlinear magneto-elastic deformations, the problem of the
extension (shortening) of a cylinder of finite length under the influence of a magnetic field …

The dynamic shear modulus of magnetosensitive (MS) natural rubber composites is
experimentally studied, where influences of carbon black, plasticiser and iron particle …

The indirect energy flow measurement method is extended to cover highly nonlinear,
frequency, amplitude and magnetic field dependent magneto-sensitive natural rubber …

Fatigue tests were conducted on two kinds of vulcanised natural rubber with different
formulas under uniaxial and multiaxial loading. The results reveal that interfacial adhesion of …