Kwang J. Kim

Active Materials and Smart Living Laboratory

Phase-Change Heat Transfer

Behavior of an Evaporating Water Droplet on Lubricant-impregnated Nanostructured Surface

Behavior of an Evaporating Water Droplet on Lubricant-impregnated Nanostructured Surface
B. J. Zhang, K. J. Kim, and C. Y. Lee. Experimental Thermal and Fluid Science 96, 216-223 (2018) [PDF] [DOI]

Internal dropwise condensation: Modeling and experimental framework for horizontal tube condensers

Internal dropwise condensation: Modeling and experimental framework for horizontal tube condensers
K. Cheng, S. Kim, S. Lee, and K. J. Kim. International Journal of Heat and Mass Transfer 83,99–108 (2015) [PDF] [DOI]

Influence of heated surfaces and fluids on pool boiling heat transfer

Influence of heated surfaces and fluids on pool boiling heat transfer
C. Y. Lee, B. J. Zhang, K. J. Kim. Experimental Thermal and Fluid Science 59,15-23 (2014) [PDF] [DOI]

 Heat Trasfer Measurement during Dropwise Condensation using Micro/Nano-Scale Porous Surface

 Heat Trasfer Measurement during Dropwise Condensation using Micro/Nano-Scale Porous Surface
S. Lee, K. Cheng, V. Palmre, MD M. H. Bhuiya, K. J. Kim, B. J. Zhang, and H. Yoon. International Journal of Heat and Mass Transfer 65, 619-626 (2013) [PDF] [DOI]

Augmented Boiling Heat Transfer on the Wetting-modified Three Dimensionally-Interconnected Alumina Nano Porous Surfaces in Aqueous Polymeric Surfactants

Augmented Boiling Heat Transfer on the Wetting-modified Three Dimensionally-Interconnected Alumina Nano Porous Surfaces in Aqueous Polymeric Surfactants
B. J. Zhang, J. Park, and K. J. Kim. International Journal of Heat and Mass Transfer 63, 224-232 (2013) [PDF] [DOI]

A Dropwise Condensation Model Using a Nano-scale, Pin Structured Surface

A Dropwise Condensation Model Using a Nano-scale, Pin Structured Surface
S. Lee, H. K. Yoon, K. J. Kim, S. Kim, M. Kennedy, and B. J. Zhang. International Journal of Heat and Mass Transfer 60, 664–671 (2013) [PDF] [DOI]

Enhanced Heat Transfer Performance of Alumina Sponge-like Nano-Porous Structures through Surface Wettability Control in Nucleate Pool Boiling

Enhanced Heat Transfer Performance of Alumina Sponge-like Nano-Porous Structures through Surface Wettability Control in Nucleate Pool Boiling
 B. J. Zhang, K. J. Kim, and H. Yoon. International Journal of Heat and Mass Transfer 55(25-26), 7487-7498 (2012) [PDF] [DOI]

Effect of Liquid Uptake on Critical Heat Flux Utilizing a Three dimensional, Interconnected Alumina Nano Porous Surfaces

Effect of Liquid Uptake on Critical Heat Flux Utilizing a Three dimensional, Interconnected Alumina Nano Porous Surfaces
B. J. Zhang and K. J. Kim. Applied Physics Letters 101, 054104 (2012) [PDF] [DOI]

Pool Boiling Heat Transfer with Nano-porous Surface

Pool Boiling Heat Transfer with Nano-porous Surface
C. Y. Lee, M. M. H. Bhuiya, and K. J. Kim. International Journal of Heat and Mass Transfer  53, 4274 (2010) [DOI]

Pool Boiling of Saturated FC-72 on Nano-Porous Surface
S. Vemuri and K. J. Kim. International Communications in Heat and Mass Transfer 32(1-2), 27-31 (2005) [DOI]