Complex Fluids and Flows Unit (OIST)

Research unit at @OISTedu studying turbulence, multiphase flows, non-Newtonian fluids and fluid-structure interaction problems by numerical simulations.

[Physical Review Letters @PhysRevLett]

Volume 136, Issue 10
https://t.co/fby6GOHNNH
Cover: Simulated volumetric rendering of the instantaneous fluid velocity field produced by the gravitational settling of heavy particles in a Rayleigh-Taylor-like setup
https://t.co/jJ10nm3Ipz

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

New Form of Mixing in Turbulent Sedimentation

Physical Review Letters
https://t.co/jD3uHO3ClB

[Okinawa Institute of Science and Technology (OIST) @OISTedu]

“If the three-body problem is complex, imagine the 100,000-body problem.” Unprecedented simulation of sediment-filled fluids mixing uncovers new behaviors and enables new studies of supernovae, chemical refining, and beyond. @CFF_OIST @PhysRevLett https://t.co/zcHZbq0oeT

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Prof. Jeff Morris @JeffMorrisLab visited us last week to discuss about the rheology of dense suspensions.

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

The broken link between space and time in elastic turbulence

International Journal of Multiphase Flow https://t.co/98AEmZdsqh

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Effect of Submerged Vegetation on Water Surface Geometry and Air–Water Momentum Transfer

Geophysical Research Letters
https://t.co/ZukyWsR6yv

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Dynamics of the velocity fluctuations in sedimenting suspensions of rigid fibres

Journal of Fluid Mechanics
https://t.co/UOvsi2xBou

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Prof. Hidema and Dr. Ohie from @complexfluidnu Nagoya University and Prof. Soldati from TU Wien visited us to discuss about turbulence with complex fluids.

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Understanding the effect of wall elasticity in turbulent channel flows

Journal of Fluid Mechanics
https://t.co/crANp3z0ix

[Okinawa Institute of Science and Technology (OIST) @OISTedu]

Congratulations to Prof. Marco E. Rosti, OIST alumni Dr. Ianto Cannon & Dr. Stefano Olivieri (Complex Fluids & Flows Unit) on winning the 2025 François Frenkiel Award for Fluid Mechanics! 🏆

👉 https://t.co/l21EZlyDXN

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Flexible Fibers in Turbulence

Annual Review of Fluid Mechanics
https://t.co/2y7skoIYzO

[American Physical Society @APSphysics]

🎉 Congratulations to the 2025 Reviewer Excellence Award winners: https://t.co/KlMTZOVDni

Their commitment to rigorous, constructive peer review helps maintain the integrity and quality of the Physical Review journals.

#PeerReviewWeek

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Edge effects in the turbulent flow over flexible aquatic vegetation

Journal of Fluid Mechanics
https://t.co/K6tVgNhPq6

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

The interplay of inertia and elasticity in polymeric flows

Journal of Fluid Mechanics
https://t.co/RxYcKfWsIQ

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Elastic turbulence hides in the small scales of inertial polymeric turbulence

Physical Review Letters
https://t.co/NZsYFHMapg

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Reynolds number effect on the flow statistics and turbulent–non-turbulent interface of a planar jet

Journal of Fluid Mechanics
https://t.co/aikm8RiUox

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Integrative phenotyping reveals new insights into the anemonefish adap...

Current Biology
https://t.co/g0l0jrCXD2

[Journal of Fluid Mechanics @JFluidMech]

New Volume of Journal of Fluid Mechanics available on Cambridge Core https://t.co/jEu3g2xZkY
New Volume = New Cover
📸 R5) The effect of shear-thinning on the scalings and small-scale structures of
turbulence Rosti ME https://t.co/tpeyzV0SuC

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

The effect of shear-thinning on the scalings and small-scale structures of turbulence

Journal of Fluid Mechanics
https://t.co/JF6JTtfMut

[Complex Fluids and Flows Unit (OIST) @CFF_OIST]

Extending Kolmogorov theory to polymeric turbulence

Physical Review Research, Letter
https://t.co/kEF0fpUhzm