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Micro/nanoscale phase-change physics  

   > Two-phase closed thermosyphon

Intelligent thermal management 

   > Immersion cooling for chiplet

      packaging

   > ANN-based inverter cooling

      optimization 

Nanoengineered thermal materials

   > Liquid metal-based TIMs for

      chiplet packaging

   > Tailoring supercooling for liquid- 

      metal thermal storage materials

   > Ceramic-polymer composites for

      self-recovery superhydrophobic

      surfaces

   > Metamaterials with tailored

      radiative properties

Renewable thermal energy solutions

Metal 3D-printed heat exchangers 

Metal additive manufacturing enables the creation of intricate three-dimensional models that cannot be produced using traditional manufacturing methods, offering a noteworthy avenue for innovative enhancements in heat exchanger design and performance. By applying the highly complex Triply Periodic Minimal Surface (TPMS) structure as the foundation for heat exchangers, which is unattainable through conventional means, we achieved approximately 1.5 times higher heat exchange capacity than commercially available heat exchangers of the same volume. This research holds promise for enhancing the efficiency of various thermal management systems.

Multiscale Energy Laboratory

​Department of Mechanical Engineering ㅣ Korea Advanced Institute of Science and Technology, 291, Daehak-ro, Yuseong-gu, Daejeon, South Korea ㅣ Email: ysnam1@kaist.ac.kr

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