The demand for flexible printed electronics is growing fast, especially with the move toward
the Internet of Things. These printed electrons are usually designed for short-term use, after …

The escalating demand for electronic miniaturization has resulted in the accelerated
development of flexible hybrid electronics (FHE) for a diverse array of applications. Current …

Monitoring humidity and temperature is critical for many applications, including enhancing
food production in greenhouses and open farms. This demands for environmentally friendly …

Aerosol jet printing (AJP) is a straightforward write–fabrication technique with high
resolution, design flexibility, and integration capabilities [1]. AJP is capable of printing …

The utilization of additive in-mold technologies within the automotive industry necessitates
the availability of extended reliability data in challenging environments and the presence of …

The demand for compact, lightweight, and stretchable printed electric circuits has increased
with the advancement of flexible printing technology in electronics. The viability of …

As additive in-mold technologies gain traction in the automotive sector, there is a growing
need for long-term reliability data under harsh conditions and acceleration factors to predict …

Earlier generations of flexible electronic devices were often fabricated using high-
temperature processable interconnect materials. These high-temperature processable …

The application of room-temperature curable adhesive and water-based ink offers an
economical and sustainable method in the field of electronics production. On the other hand …

The prior generation of additive printable inks used volatile organic solvent carriers. Water-
based sustainable ink formulations, however, have emerged in response to the global focus …