This research aims to explore the development of composites using liquid metals for better thermal management.
Developed bio-inspired spiral-structured composites
Utilized poly(vinyl alcohol) and liquid metal fillers
Examined the integration of carbon nanofiber for enhanced properties
Demonstrated improved thermal conductivity compared to traditional materials
Showed the flexibility of composites for practical applications
Highlighted the effectiveness of the spiral structure for thermal efficiency
Abstract
Liquid metals (LMs) have garnered significant interest for developing LM-filled flexible composites due to their high thermal conductivity and fluidity.