Design and <i>in-situ</i> biomimetic fabrication of a high-density strain sensor array for parachute canopy fabric.

ABSTRACT: In-situ monitoring of non-uniform strains in spacecraft parachute canopies is essential to ensure safe landings. Traditional wearable strain sensors struggle to meet high-resolution measurement requirements due to their low density. In-situ inkjet printing offers a promising solution for fabricating high-density strain sensor arrays directly on the fabric surface. However, capillary effects in the canopy fabric cause droplet leakage, hindering stable printing. To address this, we drew inspiration from nature, using modified silane to mimic the wax layer of coconut husk for modifying the canopy fabric, which enabled the in-situ fabrication of a strain sensor array via inkjet printing. This modification overcame capillary effects and balanced the fabric's wettability, es

SUBMITTER: Li H 

PROVIDER: S-EPMC11800110 | biostudies-literature | 2025 Feb

REPOSITORIES: biostudies-literature