Review highlights advances in bioinspired thermal materials for insulation, heat transfer, and sensing, suggesting practical engineering pathways for next-generation thermal science.
Key Points
To review recent progress in bioinspired advanced materials engineered for thermal management, thermal insulation, heat transfer, and thermal or infrared detection.
Synthesized recent literature covering bioinspired strategies in thermal science and engineering technologies.
Categorized developments into thermal insulation, enhanced heat transfer, and infrared/thermal sensing applications.
Natural structural designs provide viable blueprints for developing thermal insulation and heat transfer materials that exceed the capabilities of traditionally engineered systems.
Biological sensing mechanisms inform the creation of advanced materials tailored for sensitive thermal and infrared detection.
Effective implementation relies on balancing molecular-level mimicry with scalable structural engineering to meet specific technological applications.