Biological Fluid Dynamics

Instabilities and mixing in flowing gyrotactic microorganism suspensions

See also.

*Stability of downflowing
gyrotatic microorganism suspensions in a two-dimensional
vertical channel***
**Y.
Hwang & T. J. Pedley, 2014,

*J. Fluid Mech*.

*749, p750.*

** Bioconvection under unform shear:
linear stability analysis
**Y.
Hwang & T. J. Pedley, 2014,

*J. Fluid Mech.*738, p522.

Cellular mechanotransduction in vascular flow systems

See also:

*Model of cellular
mechanotransduction via actin stress fibre networks***
**C.
L. M. Gouget, Y.
Hwang & A. I. Barakat, 2016, Biomech. Model. Mechanobiol. 15(2),
p331.

*Characterizing cell adhesion
using micropipette aspiration***
**B. Hogan,
A. Babataheri, Y. Hwang, A. I. Barakat & J. Husson, 2015, Biophys. J. 109, p209

*.*

** Intracellular regulation of cell
signaling cascades: how location makes difference
**Y.
Hwang, P. Kumar & A. I. Barakat, 2014,

*J. Math. Biol*., 69(1), p213.

** Mechanisms of
cytoskeleton-mediated mechanical signal transmission in cells
**Y.
Hwang & A. I. Barakat, 2012,

*Comm. Int. Biol.*,

**5(6)**p1.

** Dynamics of mechanical signal
transmission through prestressed stress fibers
**Y.
Hwang & A. I. Barakat, 2012,

*PLoS ONE,*

**7(4)**e35343.

Physical Fluid Dynamics

Physics and control in wall turbulence

See also:

** On the self-sustained nature
of large-scale motions in tubulent Couette flow
**S. Rawat, C. Cossu,
Y. Hwang & F. Rincon, 2015,

*J. Fluid Mech*

*.*782, p515.

** Statistical
structure of self-sustaining attached eddies in turbulent channel flow
**Y.
Hwang, 2015,
J. Fluid Mech., 767, p254.

** Near-wall
turbulent fluctuations in the absence of wide outer motions
**Y.
Hwang, 2013,
J. Fluid Mech.,
723, p264.

** Self-sustained processes in the
logarithmic layer of turbulent channel flows
**Y.
Hwang & C. Cossu, 2011,

*Phys. Fluids,*

**23**, 061702.

** On the stability of large-scale
streaks in turbulent Poiseulle and Couette flows
**
J. Park, Y. Hwang & C. Cossu, 2011,

*C. R. Mecanique,*

**339(1)**, p1.

** Optimally amplified large-scale
streak and drag reduction in the turbulent pipe flow
**
A. P. Willis, Y. Hwang & C. Cossu, 2010,

*Phys. Rev. E*

**83**, 036321.

** Self-sustained process at large
scale in turbulent channel flow
**
Y. Hwang & C. Cossu, 2010,

*Phys. Rev. Lett.*

**105**, 044505.

*Linear
non-normal energy amplification of harmonic and stochastic forcing in
the turbulent channel flow*

Y. Hwang & C. Cossu, 2010, *J. Fluid Mech. ***664**,
p51.

*Amplification
of coherent streaks in the turbulent Couette flow: an input-output
analysis at low Reynolds numbers*

Y. Hwang & C. Cossu, 2010, *J. Fluid Mech.*
**643**, p333.

See also:

** Structural sensitivities of soft
and steep nonlinear global modes in spatially developing media
**Y.
Hwang, 2014, Eur.
J. Mech. - B/Fluids, 49, Part B,
p322.

** Stabilization of absolute
instability in spanwise wavy two-dimensional wake
**Y.
Hwang, J. Kim & H. Choi, 2013, J. Fluid Mech.

**723**, p346.

*Sensitivity of
global instability of spatially developing flow in weakly and fully
nonlinear regimes*

Y. Hwang & H. Choi, 2008, *Phys. Fluids* **20**,
071703

*Control
of absolute instability by basic-flow modification in a parallel wake
at low Reynolds number*

Y. Hwang & H. Choi, 2006, *J.
Fluid Mech.* **560** , p465.