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Hyoungsoon Lee

Chung-Ang University

SCHOLARLY PAPERS

4

DOWNLOADS

219

TOTAL CITATIONS

0

Scholarly Papers (4)

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1.

Capillary-Driven Two-Phase Cooler for High-Heat-Flux Electronics Using Copper Wire Mesh Manifold and Enhanced Copper Inverse Opal Wick Heat Sink

Number of pages: 27 Posted: 28 May 2025
Heungdong Kwon, Roman Giglio, Daeyoung Kong, Md Rubaiet Shattique, Hyoungsoon Lee, James Palko, Ercan Dede, Mehdi Asheghi and Kenneth Goodson
Stanford University, University of California, Merced - Department of Mechanical Engineering, Stanford University, University of California, Merced, Chung-Ang University, University of California, Merced - Department of Mechanical Engineering, Toyota Research Institue of North America, Stanford University and Stanford University
Downloads 82 (907,769)

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Capillary-driven boiling, copper wire mesh, copper inverse opal, two-phase heat transfer

2.

Experimental Analysis of Biomimetic Silencer to Reduce Exhaust Noise in Pneumatic Devices

Number of pages: 20 Posted: 28 Apr 2023
Duy-Tan Vo, Min Hyeong Ahn, Jihoon Kim, Seung Ryeol Lee, Ui Deok Lee, Dongjun Shin and Hyoungsoon Lee
Chung-Ang University, Chung-Ang University, Chung-Ang University, Yonsei University, Chung-Ang University, Yonsei University and Chung-Ang University
Downloads 61 (951,658)

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pneumatic device, pneumatic artificial muscle, Noise reduction, exhaust noise

3.

Thermally Induced Structural Evolution of Diamond Surface for Pool Boiling Enhancement

Number of pages: 26 Posted: 31 May 2025
Yunseo Kim, Daeyoung Kong, Bongho Jang, Taeyeon Kim, Hyuk-Jun Kwon, Jungwan Cho, Jung Bin In and Hyoungsoon Lee
University of Maryland, College Park, Stanford University, affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN, Chung-Ang University and Chung-Ang University
Downloads 56 (1,031,043)

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functionalized diamonds, Thermal management, pool boiling, power electronics

4.

Exploring Capillary limits of Copper Wire Mesh Manifold for Area Scaling of Capillary-Driven Two-Phase Coolers

Number of pages: 30 Posted: 20 Apr 2026
Heungdong Kwon, Roman Giglio, Daeyoung Kong, Md Rubaiet Shattique, Hyoungsoon Lee, James Palko, Ercan Dede, Mehdi Asheghi and Kenneth Goodson
Stanford University, University of California, Merced - Department of Mechanical Engineering, Stanford University, University of California, Merced, Chung-Ang University, University of California, Merced - Department of Mechanical Engineering, Toyota Research Institue of North America, Stanford University and Stanford University
Downloads 20 (1,500,778)

Abstract:

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Capillary-driven two-phase heat transfer, manifold, area-scaling, copper wire mesh, copper inverse opal