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멀티스케일 복합 구조 기반 열-유체-에너지 전달 현상 제어
최원준(Wonjoon Choi),황하영(Hayoung Hwang),여태한(Taehan Yeo),신동준(Dongjoon Shin),서병석(Byungseok Seo),강성구(Sunggu Kang),이상준(Sang Jun Lee),서경범(Kyungbeom Seo),이재민(Jaemin Lee) 대한기계학회 2017 대한기계학회 춘추학술대회 Vol.2017 No.11
Hybrid structures from nano-microscale to macroscale contribute to further manipulation of thermal-fluidic-energy transport making them useful in many applications. I will introduce ongoing researches utilizing thermal-fluidic-energy transports in hybrid structures. Topics will cover (1) Layer-by-Layer (LbL)-based coatings of porous structures for enhanced phase change heat transfer, (2) nanofluidic sensing of micro-nanomaterials using aqueous two-phase system, (3) active control of materials properties using structural and physicochemical transformation via the structure-guided combustion waves for the fabrication of energy materials, (4) local thermal energy control through thermal metamaterials using the manipulation of continuum heat transfer, (5) self-sustaining liquid-motion-sensing platform for continuous monitoring of dynamics using thermoelectrics and triboelectrics and (6) thermal analyses in hybrid systems, such as photo-thermal or electrical-thermal interaction.