International Journals

 

 

 

 

 

Author

Title

Publication

Vol./No./P.

Year

 

Y.K. Suh
S. Kang

Numerical prediction of ac electro-osmotic flows around polarized electrodes

Phys. Rev. E

79

2009/4

S. Kang
Y.K. Suh

Numerical analysis on electroosmotic flows in a micro-
channel with rectangle-waved surface roughness using
the Poisson-Nernst-Planck model

Microfluidics &
Nanofluidics

6/4/461-477

2009/4

Y.Wang
Y.K. Suh
S. Kang

A study on the slip velocity on a pair of asymmetric electrodes for ac-electroosmosis in a microchannel

J. Mech. Sci. Tech.

23/874-884

2009/3

Y. K. Suh
S. Kang

Simple formular for calculation of fluid flows in complex microfluidic networks

Biochip J.

3/1

2009/3

Y.K. Suh
J. Kang
S. Kang

Assessment of algorithms for the no-slip boundary
condition in the lattiec-Boltzmann equation of BGK model

Int.J.Num.Method
Fluids

58/1353-1378

2008/12

J. Kang
S. Kang
Y.K. Suh

A dynamic model for implementation of boundary
conditions in lattice-Boltzmann method

J. Mech. Sci. Tech.

22/1191-1201

2008/6

J. Kang
H.S. Heo
Y.K. Suh

LBM simulation on mixing enhancement by the effect
of heterogeneous zeta-potential in a microchannel

J. Mech. Sci. Tech.

22/1181-1191

2008/6

B.C. Kim
Y.G. Heo
Y.K. Suh
Y.H. Kim

Detection of simulated defect using IR temperature
sensors and one point heating

Sensors

8/3345-3354

2008/5

Y.K. Suh
S. Kang

Asymptotic analysis of ion transport in a nonlinear
regime around polarized electrodes under AC

Phys. Rev. E

77/031504

2008/3

Y.K. Suh.
H.S. Heo
S. Kang

An Experimental Study on the AC electroosmotic Flow 
around a Pair of Electrodes in a Microchannel

J. Mech. Sci. Tech.

21/12/2237-2243

2007/12

Y.K. Suh.
H.S. Heo
S. Kang

Working formular for precise calculation of the electric
field in a microchannel

Biochip J.

1/2/117-123

2007/6

S. Jayaraj
S. Kang
Y. K. Suh

A Review on the analysis and experiment of fluid flow and mixing in micro-channels

J. Mech. Sci. Tech.

21/3/446-458

2007/3

Y. K. Suh
S. G. Heo
Y. G. Heo
H. S. Heo
S. Kang

Numerical and experimental study on a channel mixer with a periodic array of cross baffles

J. Mech. Sci. Tech.

21/3/568-574

2007/3

Y. K. Suh
S. Kang

Electroosmotic flows in channel with two symmetric periodic arrays of square-sectioned ribs

J. Mech. Sci. Tech.

21/2/372-383

2007/2

Y. K. Suh
Z. L. Li
J. F. Kang

Numerical simulation of the droplet formation in a cross junction microchannel using the Lattice Boltzmann Method

J. Mech. Sci. Tech.

21/1/162-173

2007/1

Y. K. Suh
S. Kang

Unsteady electroosmotic channel flows with the nonoverlapped and overlaped electric double layers

J. Mech. Sci. Tech.

20/12/2276-2290

2006/12

Zorigtkhuu
Y. S. Kim
H. S. Kim
Y. K. Suh

Manufacture of an oil-based Fe-Co magnetic fluid by utilization of the pickling liquid of steel

Metals and Materials Int.

12/6/517-523

2006/12

Y. K. Suh
Z. L. Li

J. H. Jeong
J. H. Lee

Simulation of water flows in multiple columns

J. Mech. Sci. Tech

20/10/1765-1772

2006/10

Van-Le
S. Kang
Y. K. Suh

Chaotic mixing in two and three dimensional cavity flows

WSEAS Trans. Fluid. Mech.

10/1/967-943

2006/10

Y. K. Suh
S. G. Heo

H. S. Heo
 S. Kang

Study on flow and stirring characteristics in a channel mixer with a periodic array of baffles

WSEAS Trans. Fluid. Mech.

9/1/873-878

2006/9

Y. K. Suh
C.H. Yeo

Finite volume method with zonal -embedded grids for cylinderical coordinates

Int. J. Numer Method Fluid

52/ /263-295

2006/9

S. Kang

Uniform shear flow over a circular cylinder at low Reynolds numbers

J. Fluids and Structures

22/4

2006/5

S. Kang

Laminar flow over a steadily rotating circular cylinder under the influence of uniform shear

Phys. Fluids

18/4/

2006/4

Y. K. Suh
H. S. Heo

Enhancement of stirring in a straight channel at low
reynolds-numbers with various block-arrangement

J. Mech. Sci. Tech.

19/1/199-208

2005/1

S. Kang

Numerical study on laminar flow over three side-by-side cylinders

KSME Int. J.

18/10/1869-1879

2004/10

Y. K. Suh
J. H. Park

Study on the Periodic flows in a rectangular
container under a background rotation

J. Mech. Sci. Tech.

18/4/671-680

2004/4

Y. K. Suh

Numerical study on the motion of azimuthal vortices
in axi-symmetric rotating flows

J. Mech. Sci. Tech.

18/2/313-324

2004/2

Y. K. Suh

Multi-fram MD-PIV

J. Mech. Sci. Tech.

17/10/1463-1473

2003/10

S. Kang

Characteristics of flow over tow circular cylinders in a
side-by-side arrangement at low Reynolds numbers

Phys. Fluids

15/9/2486-2498

2003/9

Y. K. Suh

Two-dimensional approximation of rotating flows
for a fluid layer of arbitrary depth

Phys. Fluids

14/9/2943-2947

2002/9

S. Kang
H.C. Choi

Characteristics of flow over a rotationally oscillating
cylinder at low Reynolds numbers

Phys. Fluids

14/8/2767-2777

2002/8

S. Kang

Approximate coordinate transformations for simulation
of turbulent flow

KSME Int. J.

16/5/703-709

2002/5

Y. K. Suh
Y. H. Choi

Study on the spin-up fluids in a rectangular container
using Ekman pumping models

J. Fluid Mech.

458/103-132

2002/5

Y. K. Suh

Analysis of water hammering in a pipe
having an accumulator

Int. J. Air-Cond.
Refrigeration

10/1/19-30

2002/3

Y. K. Suh

Inviscid rotational flows near a corner and
within a triangle

KSME Int. J.

15/6/813-820

2001/6

Y. K. Suh

Spin-up in a rectangular container with
an internal cylindrical obstacle

Phys. Fluids

12/8/1986-1996

2000/8

Y. K. Suh

Analysis of linear viscous flow with a free
surface in a circular cylinder subjected to
small amplitude circular osillation

Theoretical and
Computational
Fluid Dynamics

14/109-134

2000/8

Y. K. Suh

Two-dimensional aperiodic flow in a rectangle
subject to a harmonic forcing

KSME Int. J.

11/3/279-291

1997

Y. K. Suh

Resonant motion of a particle on an axisymmetric
container subject to horizontal excitation

J. Theoretical Appl. Mech.

2/1/51-70

1996

Y. K. Suh

Streaming flow induced by two oscillating
circular cylinders

KSME Int. J.

9/4/506-514

1995

Y. K. Suh

Numerical study on two-dimensional
spin-up in a rectangle

Phys. Fluids

6/7/2333-2344

1994

Y. K. Suh

Periodic motion of a point vortex in
a corner subject to a potential flow

J. Phys. Soc.
Japan

62/10/3441-3445

1993

Y. K. Suh

A chaotic stirring by an oscillating point vortex

J. Phys. Soc.
Japan

60/3/896-906

1991

Y. K. Suh
C. S. Liu

Study on the flow structure around a flat plate
in a stagnation flow field

J. Fluid Mech.

214/.469-487

1990

 

 

 

 

 

 

 

 


  
  
  
   
   
  

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Dept. of Mechanical Engrg. Dong-A University, 840, Hadandong, Saha-goo, Busan, 604-714, Korea.
Copyright ⓒ 2005 Microfluidic Flow & Mixing Lab.   All rights reserved.