Abstract 2D materials raised extensive attention for physical-, chemical-and wearable-
sensors, among others. The principal reason is the outstanding capability of 2D materials to …

High accuracy measurement of mechanical strain is critical and broadly practiced in several
application areas including structural health monitoring, industrial process control …

Flexible strain sensors have aroused widespread concern due to their potential applications
in detecting human motion and health. Carbon-based materials are surpassing candidate …

Flexible strain sensors have attracted extensive attention due to their promising applications
in wearable electronics and artificial intelligence, and VO2 smart materials have been …

Wearable pressure sensors and strain sensors with high sensitivity and large working range
are essential for detecting human motions. However, fabricating wearable sensors, which …

Flexible strain sensors based on extensible hydrogels are extensively investigated for
human motion monitoring, but the performances of such strain sensors are limited by failure …

Graphene's potential as material for wearable, highly sensitive and robust sensor in various
fields of technology has been widely investigated until now in order to capitalize on its …

This study aimed to develop screen-printed graphene-based strain sensors for sensing the
deformation of glass. Graphene electrodes of strain sensors with various grid lengths were …

Flexible sensors are promising for intelligent packaging and artificial intelligence, but the
required multistimulus response is still a challenge in external environments. A candidate …

The advancements in the areas of wearable devices and flexible electronic skin have led to
the synthesis of scalable, ultrasensitive sensors to detect and differentiate multimodal stimuli …