Choongyeop Lee

Professor

Kyung Hee University - Global Campus

South Korea

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Choongyeop Lee is a Professor at Kyung Hee University - Global Campus, South Korea. His research areas include fluid dynamics, nanofluidics, and energy generation, as evidenced by his recent articles on topics such as microdroplet generation and power generation from salinity difference. His work particularly explores the interaction of drops with various surfaces and the dynamics involved in their behavior.

Articles (17)

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2024

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2024

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2024

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2023

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2023

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2023

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2023

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2022

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2022

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2022

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2020

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2020

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2020

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2020

Collaborators (5)

Cecile Cottin-Bizonne

CNRS Délégation Rhône-Auvergne

FRANCE

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Christophe Ybert

Institut Lumière Matière

FRANCE

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Hyungmin Park

Professor

Seoul National University

SOUTH KOREA

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Olivier Pierre-Louis

FRANCE

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Kyounghwan Song

Korea Research Institute of Ships and Ocean Engineering

SOUTH KOREA

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Choongyeop Lee

Research Interests

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Articles (17)

A bouncing and rotating drop after oblique impact on Lubricant-Impregnated surfaces

Dynamics of microdroplet generation via drop impact on a superhydrophobic micropore

Graphene oxide-based nanofluidic system for power generation from salinity difference

Highly porous hydrogels for efficient solar water evaporation

Depressurization-induced drop breakup through bubble growth

Erratum: “Plastron replenishment on superhydrophobic surfaces using bubble injection” [Phys. Fluids 34, 103323 (2022)]

Thermally enhanced osmotic power generation from salinity difference

Effect of superhydrophilic surface on the cavitation behaviors of rotating blades

Passive control of flow rate change due to the input pressure fluctuation based on microchannel deformation

Numerical study of rectified electroosmotic flow in nanofluidics: Influence of surface charge and geometrical asymmetry

Plastron replenishment on superhydrophobic surfaces using bubble injection

Influence of early drop bouncing on heat transfer during drop impact

Promoting rebound from droplet impact on a spherical particle: Experimental and numerical study

Quantifying Frictional Drag Reduction Properties of Superhydrophobic Metal Oxide Nanostructures

Endowing antifouling properties on metal substrata by creating an artificial barrier layer based on scalable metal oxide nanostructures

Drag reduction on drop during impact on multiscale superhydrophobic surfaces

Contact time on curved superhydrophobic surfaces

Collaborators (5)

Cecile Cottin-Bizonne

Christophe Ybert

Hyungmin Park

Olivier Pierre-Louis

Kyounghwan Song

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