Magnetopolymer materials such as ferrogels, magnetic hydrogels and magnetic elastomers
are new kind of smart materials, whose physical and mechanical properties can be …

We report the microscopic, magnetic and rheological properties of magnetorheological
elastomers (MRE) with carbonyl iron magnetic particles (CIP) dispersed into silicone in the …

Within the frames of this study, the synthesis of a permalloy to be used as a filler for
magnetoactive and magnetorheological elastomers (MAEs and MREs) was carried out. By …

Magnetorheological elastomers (MREs) are a group of smart materials which have many
applications such as dynamic vibration absorbers, engine mounts, and so on. The damping …

We present results of an experimental and theoretical study of the magnetic properties of soft
magnetic gels consisting of micron-sized magnetizable particles embedded in a polymer …

The aim of this work is a theoretical study of deformation of ferrogels under the action of a
uniform magnetic field. Our analysis shows that an increase of the particle concentration in …

Fatigue life prediction is of great significance in ensuring magnetorheological elastomer
(MRE) based rubber components exhibit reliability and do not compromise safety under …

Anisotropic magnetically active elastomers based on polydimethylsiloxane and magnetic
particles of different chemical natures, shapes, and sizes have been synthesized. A …

This paper deals with a theoretical study of the effect of chain-like heterogeneous structures
on the type of deformation of ferrogel under an applied magnetic field. The analysis shows …

A novel silicon carbide (SiC)‐strengthened magnetorheological elastomers (MREs) was
developed to enhance its viscoelastic performance. The influences of the size and weight …