Honeycomb Architectures in Thermal Engineering: A Systematic Review of Heat Flow, Cooling Performance, and Structural Effects

This report presents a comprehensive academic review synthesizing findings from many research papers across four engineering domains: honeycomb structural materials, evaporative cooling systems, air-cooled heat exchanger optimization and thermal management.These works span experimental studies, computational fluid dynamics (CFD), finite element analysis (FEA), and multi-physics optimizations.The review identifies crossdomain insights including geometric optimization, hybrid cooling strategies, simulation-driven design, and energy-efficient thermal regulation.The integration of these topics provides a unified engineering perspective linking lightweight structures, sustainable climate control, and advanced battery safety technologies.