A model is proposed for mesoscopic dynamics of a magnetoactive elastomer (MAE). The
elementary cell comprises two spherical linearly magnetizing particles embedded in an …

The features of the critical bending deformation and magnetization of a magnetoactive
elastomer (MAE) beam with a fixed end in a transverse uniform magnetic field have been …

The nonlinear viscoelasticity of magneto-active elastomers (MAEs) under large amplitude
oscillatory shear (LAOS) loading has been extensively characterized. A reliable and …

Ferromagnetic soft guidewires (FSGs) capable of remote active steering and navigation offer
substantial potential for biomedical applications. However, in practical applications, such as …

Magnetoelectric (ME) effects in composite heterostructures containing mechanically coupled
ferromagnetic and piezoelectric layers enable the mutual transformation of magnetic and …

Magnetoactive elastomers are able to significantly change their material properties in a
controlled manner under magnetic field stimulation. These smart materials provide solutions …

This paper presents a model of the bending behavior of a bi-layer cantilever composed of
titanium nickelide and a magnetoactive elastomer embedded with magnetically hard …

The planar motion behavior of the mobile robot utilizing two multipole magnetized functional
elements is studied experimentally. The beam-shaped functional elements are synthesized …