Aerogel-involved triple-state viscoelastic fluidic materials enable high-efficiency dual-purpose energy management
Key Points
This work aims to develop materials that efficiently manage energy by combining thermal and mechanical functions.
Developed viscoelastic fluidic materials containing aerogels for dual-purpose applications.
Conducted thermal and mechanical performance testing to evaluate efficiency.
Demonstrated improved thermal management capabilities compared to traditional materials.
Achieved significant enhancements in mechanical properties, leading to higher energy efficiency.
Abstract
) coatings for thermal management. Overall, this work establishes a pathway toward space-adaptive, dual-purpose (mechanical and thermal) energy management materials.