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Microfluidics & microscale transport phenomena |
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Kwan Hyoung Kang (°°üÇü) Researcher Assistant Professor
Department of Mechanical Engineering, Pohang University of Science and Technology, San
31, Hyoja-dong, Pohang 790-784, Korea Tel:
+82-54-279-8201 Fax
: +82-54-279-3199 E-mail :
khkang@postech.edu |
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Education (Click here for complete resume) l
Ph.D. Department of Mechanical Engineering, Pohang
University of Science and Technology (POSTECH), (1993. 3 ~ 1996. 8). l
M.S.
Department of Mechanical Engineering, POSTECH (1991. 3 ~ 1993. 2). l
B.S.
Department of Mechanical Engineering, POSTECH (1987. 3 ~ 1991. 2). Work Experience
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Research
Professor (2001.8~Present), Department of Mechanical and Industrial
Engineering, POSTECH l
Senior
Research (1999.3 ~ 2000. 8), Samsung Ship Model Basin (SSMB), Samsung Heavy
Industries (SHI) l
Principal
Investigator of the National Research Laboratory (NRL, Hydroacoustic Research
Laboratory) (2000.5. ~ 2000.8), Project title ¡°Measurement and control of
hydroacoustic noise of underwater vehicles.¡± l
Postdoctorial
Fellow (1998.9~1999.2), Korean Institute of Machinery and Materials (KIMM),
Korean Research Institute of Ship and Ocean Engineering (KRISO) l
Postdoctorial
Fellow (1996.9~1998.8), Advanced Fluids Engineering Research Center, POSTECH Undergoing Research (Click here for details)
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Investigating
microfluidic transport phenomena, both theoretically and experimentally. l
Electrowetting:
development of electromechanical theory for charge-related wetting phenomena.
Undergoing project ¡°Application of electrowetting in
microfluidics (2
years).¡± l
Electroosmotic flow inside microchannels: Numerical and
experimental study on the electrokinetic flow instability, 1) Analysis of
electroosmotic flow around a wedge, 2) Numerical analysis and micro PIV
measurement of electrokinetic instability of electroosmotic flow inside a
T-channel. l
Microfluidics
applications: Theoretical investigation on the liquid junction potential
in a slit-like microchannel. l
PIV measurement of flow inside an evaporating
droplet. Selected Publications (Click here for
complete list)
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K.
H. Kang, S.
J. Lee, C. M. Lee, and I. S. Kang (2004) ¡°Visualization of
flow inside a two-component evaporating droplet,¡± Measurement
Science & Technology 15(6), 1104 - 1112. (PDF) l
K.
H. Kang and
I. S. Kang (2004) ¡°Theoretical investigation
on the liquid junction potential in a slit-like microchannel,¡± J.
Electroanalytical Chemistry 566(2), 331-340. (PDF) l
K.
H. Kang and
I. S. Kang (2003) ¡°Validity of the Derjaguin
approximation in electrostatic effect on the Frumkin—Derjaguin approach,¡± Langmuir
(American Chemical Society, Journal of Interface and Colloid) 19(23),
9962-9967. (PDF) l
K.
H. Kang, I.
S. Kang, C. M. Lee (2003) ¡°Electrostatic contribution
to line tension in a wedge-shaped contact region,¡± Langmuir 19(22), 9334-9342. (PDF) l
K.
H. Kang, I.
S. Kang, C. M. Lee (2003) ¡°Wetting tension due to
Coulombic interaction in charge-related wetting phenomena,¡± Langmuir 19(8), 5407-5412. (PDF) l
K.
H. Kang
(2002) ¡°How electrostatic fields
change contact angle in electrowetting,¡± Langmuir 18, 10318–10322. (PDF) l
K.
H. Kang, I.
S. Kang, and C. M. Lee (2002) ¡°Effects of uniform magnetic
field on a growing or collapsing bubble in a weakly viscous conducting fluid,¡± Physics of Fluids 14(1), 29-40. (PDF) Collaborations
Lastly
Modified in December 13, 2003 |
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