The aim of this research was to obtain electrospun fibers from poly (ether urethane)(PEU)
and poly (ether urethane)-iron oxide nanoparticles (PUC) based on the correlation between …

Electrospinning (ES) is a technique that can produce nanofiber mats from arbitrary polymers.
We prepared actuators consisting of nanofiber mat electrodes and ionic liquid gel using …

We fabricated actuators consisting of an ionic liquid gel electrolyte layer sandwiched
between two nanofiber mat electrodes and studied the relationship between the polymer …

This paper focuses on a novel polyurethane-based soft actuator that is fabricated by an
electrospinning process. The actuator is a bundle of aligned nanofibers of a polyurethane …

An actuator generally requires low-voltage actuation, high displacement, and high
responsiveness. However, no polymer actuator meets all these requirements. Because …

An actuator is a device that converts chemical into kinetic energy. It has been used in
industry, medicine, and various other fields. In this study, we focused on the use of …

Smart textiles reach a remarkable potential for use in people's lives by adding new and
multiple functions and properties, overcoming the barriers of conventional textiles. They …

Smart textiles reach a remarkable potential for use in people's lives by adding new and
multiple functions and properties, overcoming the barriers of conventional textiles. They …