Image credits:
Dense suspension of finite-sizeprolate ellipsoids settling in
still fluid. Authors: X. Jiang,
C. Xu, L. Zhao
Flyer:
Click here to download.Confirmed Keynote Speakers
Professor Anke Lindner
University Paris Diderot (FRA)
Dynamics of rigid and flexible fibers in complex microfluidic geometries: Transport properties and sorting potential - Click HERE to read the abstract
Professor Francesco Picano
University of Padova (ITA)
Effects of particle inertia in turbulent suspensions - Click HERE to read the abstract
Professor Lianping Wang
SUSTech (CHN)
Turbulence modulation by suspended finite-sized solid particles: DNS and theoretical modeling - Click HERE to read the abstract
Professor Ping Wang
Lanzhou University (CHN)
A direct numerical simulation of two-phase flow on an erodible particle bed based on the particle-point model and four-way coupling - Click HERE to read the abstract
Professor Stephane Zaleski
Sorbonne University (FRA)
Numerical prediction of mass transfer - Click HERE to read the abstract
Professor Jianfu Zhao
Chinese Academy of Sciences (CHN)
Bubble dynamics in different gravity conditions aboard China space station - Click HERE to read the abstract
University Paris Diderot (FRA)
Dynamics of rigid and flexible fibers in complex microfluidic geometries: Transport properties and sorting potential - Click HERE to read the abstract
Professor Francesco Picano
University of Padova (ITA)
Effects of particle inertia in turbulent suspensions - Click HERE to read the abstract
Professor Lianping Wang
SUSTech (CHN)
Turbulence modulation by suspended finite-sized solid particles: DNS and theoretical modeling - Click HERE to read the abstract
Professor Ping Wang
Lanzhou University (CHN)
A direct numerical simulation of two-phase flow on an erodible particle bed based on the particle-point model and four-way coupling - Click HERE to read the abstract
Professor Stephane Zaleski
Sorbonne University (FRA)
Numerical prediction of mass transfer - Click HERE to read the abstract
Professor Jianfu Zhao
Chinese Academy of Sciences (CHN)
Bubble dynamics in different gravity conditions aboard China space station - Click HERE to read the abstract
