How We Designed Our 1st Flexible Strain | Flex Sensor |A Deep Dive into Research & Development

In this video, I take you through the journey of designing and developing our first flexible fluid-type ultrasensitive strain sensor. This innovative sensor is targeted for wearable health monitoring and water-proof robotic applications. We utilized a biocompatible composite of glycerol and potassium chloride as the conductive sensing material, achieving a highly stretchable, stable, and linear performance. In this video, I discuss the fabrication process, sensor design optimization using COMSOL 5.4, and the rigorous testing we conducted, including its application as a feedback sensor for underwater robotics and wearable devices. Learn how we achieved high sensitivity with a gauge factor of 2.7 and tested the device over 8000 cycles at 25% strain. Watch to discover how this cost-effective, simple fabrication process can lead to high-end applications in health and robotics. Link for Humidity Sensor:    • Understanding My First Impact Factor ...   Link for Comparison Table:    • Why Adding a Table of Comparison in R...  

• #education
• #flex_sensor
• #strain_sensor
• #design
• #fabrication
• #wearable_sensor
• #soft_robotics
• #research_paper
• #journal
• #smart_materials_and_structures