In this article, we present an overview of recent progress in non-contact remote optical
detection of ultrasound in application to nondestructive testing and evaluation of materials …

Abstract Layered or 2-2 configuration magnetoelectric (ME) composites have gained
significant interest in the last few decades owing to their ease of fabrication and relatively …

In this research, a fully-coupled finite element-based Multiphysics computational study was
used to investigate a multiferroic composite structure comprised of a Terfenol-D …

Due to the importance of composite multiferroic structures in numerous applications
including sensing, actuation, and communication, concerted analytical and experimental …

Spatiotemporal mapping (SMA) is a graphical technique to visualise the evolution of data
with time and space during a process. This paper discusses the benefits of SMA in the field …

The efficiency of strain-mediated magnetoelectric composites is heavily reliant on the
effectiveness of strain transfer between the different constituents. Many analytical and …

Multiferroic composite materials operating under the principle of strain mediation across the
interfaces separating different material boundaries address many limitations of single-phase …

Strain-mediated magnetoelectric composites have experienced a recent influx of research
and transitional interests since they are hypothesized to hold the potential for further …

Competitive sports has always been the front line of high-tech applications, from electronic
timers to" shark skin" swimsuits, from" bird's nest" and" water cube" to blood lactic acid …

Multiferroic materials have seen an explosion of research interest in recent years dueto their
usefulness in application areas including sensing, actuation, and communication. Strain …