An extensive growth in the application of ferromagnetic materials require a firm theoretical
understanding of the material behavior to accomplish accurate model prediction. The aim of …

Due to the unique specifications of porous materials, such as lightweight, researchers are
encouraged to study more about them and use them in different engineering structures …

Magnetoelectric (ME) composites exhibit the magnetoelectric effect, which is a coupling
phenomenon resulting from the interaction between the magnetostrictive and piezoelectric …

The enhanced applicability of multifunctional magnetoelectric (ME) composites require them
to be highly sensitive, compact and stable which has led to the development of epoxy-free …

Magnetoelectric (ME) composites have posed an immense research interest over the past
few decades. Their multifunctional capabilities enable a wide array of applications like field …

Magnetoelectric (ME) effect is a product property arising out of the interactions between the
piezoelectric and the magnetostrictive phase. Multi-phase ME composites being …

This work presents an experimental comparative study of the frequency-dependent
response of the epoxy-free magnetoelectric (ME) composite against epoxy-bonded two …

In this work, experiments have been performed to study the magneto-mechanical behaviour
of (Tb 0.3 Dy 0.7 Fe 2) under various operating temperatures. Based on the experimental …

Recently, the reinvigoration of research interest in in strain-mediated composite multiferroic
structures resulted in translational magnetoelectric devices with superior performance than …

Composite structures exhibiting magnetoelectric (ME) coupling behavior have applications
in various fields such as energy harvesting, sensors and actuators. ME coupling behavior is …