Printable and stretchable conductive elastomers have promising applications for epidermal
and wearable electronics, soft robotics, etc. However, these conductive materials usually …

Internet of things (IoT) is expected to significantly improve every aspect of society, especially
in soft robotics, structural health monitoring, and human motion detection. Flexible strain …

Abstract 3D printing is revolutionizing the manufacturing sector due to the myriad of
materials and techniques available. Furthermore, it allows decentralized production sites for …

Piezoresistive strain sensors dominate the field of soft elastomer sensors, with many
interesting findings and applications. Nevertheless, the methods of characterizing the …

Carbon black particles (CBPs) as the conductive fillers and thermoplastic polyurethane
(TPU) elastic polymer were uniformly mixed to form composite filaments for exclusive use in …

Taking advantage of unlimited geometry design, 3D printed sacrificial mold cast with highly
conductive polymer composites is used to prepare a sensor with designed structures …

The broad technological concept as so-called" hybrid additive manufacturing" is introduced
into the fabrication of flexible strain sensing structure, employing the combination process of …

With the purpose of making soft robotic structures with embedded sensors, additive
manufacturing techniques like fused deposition modeling (FDM) are popular. Thermoplastic …

The development of techniques for synthesizing graphene and its derivatives, as well as
currently available nanocomposite fabrication techniques, coupled with the diverse …

Fused-filament fabrication, one of the most accessible additive manufacturing technology,
has already been used to manufacture piezoresistive static/quasistatic strain sensors, force …