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Namkyu Lee

Assistant Professor

Yonsei University

South Korea

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About

Namkyu Lee is an Assistant Professor at Yonsei University, South Korea. His research focuses on thermo-economic analyses, thermal management materials, and novel microfluidic designs, with a recent emphasis on fusion power plant feasibility and advanced thermal transfer techniques. Dr. Lee's publications include studies on the economic viability of K-DEMO fusion power systems and innovative materials for thermal applications.

Articles (15)

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2025

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2025

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2022

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2022

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2022

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2022

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2021

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2021

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2021

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2021

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2021

Collaborators (1)

Simone Wiegand

Professor

University of Cologne

GERMANY

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Namkyu Lee

Research Interests

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About

Articles (15)

Evaluating the economic feasibility of K-DEMO fusion power plants through cost analysis of blanket and BoP

Thermo-economic analysis of balance of plant for energy conversion system in Korean DEMO fusion power plant

Low-Temperature IR Camouflage Materials by Dual Resonances for Enhanced Thermal Management without Energy Consumption

Thermal design of a non-isothermal microfluidic channel for measuring thermophoresis

Non-monotonic Soret coefficients of aqueous LiCl solutions with varying concentrations

Complementary Experimental Methods to Obtain Thermodynamic Parameters of Protein Ligand Systems

Thermophoretic microfluidic cells for evaluating Soret coefficient of colloidal particles

Flexible Assembled Metamaterials for Infrared and Microwave Camouflage

Unidirectional wicking-driven flow boiling on tilted pillar structures for high-power applications

Surfaces with bent micro-polymerized pillars exhibit enhanced heat transfer during subcooled flow boiling

Measurement of surface heat transfer caused by interaction of sonic jet and supersonic crossflow near injection hole

Temperature profile characterization with fluorescence lifetime imaging microscopy in a thermophoretic chip

Flexible Thermocamouflage Materials in Supersonic Flowfields with Selective Energy Dissipation

Transparent Metamaterials for Multispectral Camouflage with Thermal Management

Enhancement of flow boiling heat transfer using heterogeneous wettability patterned surfaces with varying inter-spacing

Collaborators (1)

Simone Wiegand

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