To explore an innovative design strategy for flexible pressure sensors that enhances sensitivity and structural functionality.
Designed asymmetric microdome structures for sensors.
Conducted computational analyses to evaluate sensor performance.
Tested sensitivity and flexibility of the developed sensors.
Achieved high sensitivity in pressure detection.
Demonstrated flexibility suitable for skin-mountable applications.
Validated computational analysis with experimental results to ensure accuracy.
Abstract
Flexible pressure sensors are a crucial component in the next generation of wearable electronics. However, the lack of a structural design strategy that can achieve both high sensitivity and a...