Finally, the degradability studies confirm the quick degradation of sensors and potential controlled degradation with suitable packaging. The performance metrics of the sensors, such as sensitivity (∼0.18 /kPa), hysteresis (<16%), minimum response (∼0.8 s), and recovery time (∼1 sec) show their suitability for application such as smart plasters for accelerated wound healing. Fusion 360 provides all the support you need as you guide your students in advancing their engineering skills. The nanofibres used here have about 150% enhanced crystallinity with respect to typical methanol treated fibers. Fusion 360 is all you need for design, engineering and collaboration Get Fusion 360 New to Fusion 360 These bite-sized videos unpack core concepts like modelling, assembling components, drawing, rendering, managing student projects and fostering student collaboration in Fusion 360. The soft capacitive pressure sensor array (2 × 2) presented in this paper uses electrospun silk/PEO/yeast nanofibers as dielectric layer. Education users must set-up an account to access the software. The key aspects of this paper will also be presented during IEEE FLEPS 2023, in Boston, USA. Fusion 360 is available as a free download for students, teachers and educational institutions. Silk Nanofibers based Soft and Degradable Capacitive Pressure Sensor Arrays! See our latest article ( ) published in IEEE Sensors Letters.
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