Search Results - "You, Seung M."

Effect of surface roughness on pool boiling heat transfer at a heated surface having moderate wettability by Kim, Jinsub, Jun, Seongchul, Laksnarain, Ram, You, Seung M.

“…•Roughness effect on nucleate boiling is formulated using the Rohsenow correlation.•Surface roughness highly affects the CHF through capillary wicking.•CHF…”
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Effect of surface roughness on pool boiling heat transfer of water on hydrophobic surfaces by Kim, Jin S., Girard, Adam, Jun, Seongchul, Lee, Jungho, You, Seung M.

“…•Study of surface roughness effect on pool boiling of water on hydrophobic surfaces.•Boiling heat transfer coefficients varied with surface roughness and…”
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Pool boiling characteristics of low concentration nanofluids by Kwark, Sang M., Kumar, Ratan, Moreno, Gilberto, Yoo, Jaisuk, You, Seung M.

“…The pool boiling behavior of low concentration nanofluids (⩽1 g/l) was experimentally studied over a flat heater at 1 atm. Boiling of nanofluids produces a…”
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Nanocoating characterization in pool boiling heat transfer of pure water by Kwark, Sang M., Moreno, Gilberto, Kumar, Ratan, Moon, Hyejin, You, Seung M.

“…The pool boiling behavior of nanoparticle coated surfaces is experimentally studied in pure water. Nanoparticle coatings were created during nanofluid pool…”
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Pool boiling heat transfer of a copper microporous coating in borated water by Jun, Seongchul, Godinez, Juan C., You, Seung M., Kim, Hwan Yeol

“…Pool boiling heat transfer of a copper microporous coating was experimentally studied in borated water with a concentration of boric acid from 0.0 to 5.0 vol…”
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Effect of Subcooling on Pool Boiling of Water from Sintered Copper Microporous Coating at Different Orientations by Kim, Hwan Yeol, You, Seung M., Kim, Jinsub, Jun, Seongchul

“…The subcooling effect on pool boiling heat transfer using a copper microporous coating was experimentally studied in water for subcoolings of 10 K, 20 K, and…”
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Droplet Velocity in an Electrowetting on Dielectric Digital Microfluidic Device by Nahar, Mun Mun, Nikapitiya, Jagath B, You, Seung M, Moon, Hyejin

“…In many electrowetting on dielectric (EWOD) based microfluidics devices, droplet actuation speed is a crucial performance-controlling parameter. Our present…”
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Thermal performance of aluminum vapor chamber for EV battery thermal management by Kim, Jin Sub, Shin, Dong Hwan, You, Seung M., Lee, Jungho

“…•An aluminum vapor chamber was examined for thermal management of a battery cell.•The effect of the filling ratio was investigated using the vapor chamber…”
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Boiling and condensation heat transfer of inclined two-phase closed thermosyphon with various filling ratios by Kim, Yeonghwan, Shin, Dong Hwan, Kim, Jin Sub, You, Seung M., Lee, Jungho

“…•Effect of filling ratio and inclination angle on thermal characteristics of TPCT.•Comparing experimental data with pool boiling and film condensation…”
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Effect of sintered microporous coating at the evaporator on the thermal performance of a two-phase closed thermosyphon by Kim, Yeonghwan, Shin, Dong Hwan, Kim, Jin Sub, You, Seung M., Lee, Jungho

“…•Boiling heat transfer in the thermosyphon is enhanced on the microporous coated surface.•Condensation heat transfer performance is also affected by the…”
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Enhanced thermal performance of a thermosyphon for waste heat recovery: Microporous coating at evaporator and hydrophobic coating at condenser by Kim, Yeonghwan, Kim, Jin Sub, Shin, Dong Hwan, You, Seung M., Lee, Jungho

“…•Thermal enhancement of a thermosyphon using microporous and hydrophobic coatings.•Microporous is effective at low filling and hydrophobic is effective at high…”
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Enhancement of pool boiling heat transfer in water on aluminum surface with high temperature conductive microporous coating by Godinez, Juan C., Fadda, Dani, Lee, Jungho, You, Seung M.

“…•Study of the effects of an aluminum high temperature conductive microporous coating on pool boiling.•Aluminum microporous coating (Al-HTCMC) fabricated using…”
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Boiling-driven, wickless, and orientation-independent thermal ground plane by Moon, Joo Hyun, Fadda, Dani, Shin, Dong Hwan, Kim, Jin Sub, Lee, Jungho, You, Seung M.

“…•Wickless, orientation-independent, and flat thermal ground plane (TGP).•Thermal ground plane concept with boiling heat transfer instead of evaporative heat…”
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Development of a stable Boehmite layer on aluminum surfaces for improved pool boiling heat transfer in water by Godinez, Juan C., Fadda, Dani, Lee, Jungho, You, Seung M.

“…•Stable Boehmite layer established on aluminum surface by boiling in water for 3 h.•The Boehmite layer improves wettability of the aluminum surface.•Consistent…”
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Heat transfer and flow visualization of a two-phase closed thermosiphon using water, acetone, and HFE7100 by Kim, Jin Sub, Kim, Yeonghwan, Shin, Dong Hwan, You, Seung M., Lee, Jungho

“…•Heat transfer and flow visualization of a TPCT were simultaneously investigated.•Thermal and flow behaviors were compared for water, acetone, and HFE7100.•A…”
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Pool boiling heat transfer of a copper microporous coating in borated water by Jun, Seongchul, Godinez, Juan C, You, Seung M, Kim, Hwan Yeol

“…Pool boiling heat transfer of a copper microporous coating was experimentally studied in borated water with a concentration of boric acid from 0.0 to 5.0 vol…”
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Pool boiling heat transfer on bare and microporous surfaces confined in a narrow gap by Kim, Jin Sub, Shin, Dong Hwan, You, Seung M., Lee, Jungho

“…●Pool boiling on bare and porous surfaces confined in a narrow gap was investigated.●Dried regions beneath a flattened bubble in a narrow gap were distinctly…”
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Effect of integrated copper pad on the performance of boiling-driven wickless thermal ground plane by Moon, Joo Hyun, Wang, Xiaomeng, Fadda, Dani, Shin, Dong Hwan, Lee, Jungho, You, Seung M.

“…•A high-capacity thermal ground plane (TGP) with an integrated copper pad is developed.•Critical heat flux in high temperature conductive microporous coating…”
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Capillary evaporation of water from aluminum high-temperature conductive microporous coating by Wang, Xiaomeng, Fadda, Dani, Godinez, Juan C., Lee, Jungho, You, Seung M.

“…•Wicking in Aluminum high temperature conductive microporous coating (Al-HTCMC).•Effects of microporous coating on wicking and evaporation…”
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Effects of pressure, orientation, and heater size on pool boiling of water with nanocoated heaters by Kwark, Sang M., Amaya, Miguel, Kumar, Ratan, Moreno, Gilberto, You, Seung M.

“…Parametric tests were experimentally conducted to observe the role of average nanoparticle size, pressure, heater orientation, and heater size during pool…”
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