Direct numerical simulations of the gravity-induced settling of finite-size particles in triply periodic domains has been performed under dilute conditions. We consider rigid, heavy, finite-size spherical particles. Depending on the particle settling regime the particles may exhibit strong clustering. The particles inside clusters experience larger settling velocities than the average. The mean particle wake is significantly attenuated by the motion of the particles
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceVoronoï diagrams are used to analyze one-way coupling direct numerical simulat...
International audienceWe present a sweep-stick mechanism for heavy particles transported by a turbul...
This book contributes to the fundamental understanding of the physical mechanisms that take place in...
This book contributes to the fundamental understanding of the physical mechanisms that take place in...
We have simulated the gravity-induced settling of finite-size particles in a turbulent background fl...
Particle-resolved Direct Numerical Simulations have been performed on the gravitational settling of ...
International audienceThe settling of heavy spherical particles in a column of quiescent fluid is in...
We present a numerical study of settling and clustering of small inertial particles in homogeneous a...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications such a...
Sedimentation of particle suspensions is a relevant process to a variety of applications, such as th...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications. Under...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications. Under...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceVoronoï diagrams are used to analyze one-way coupling direct numerical simulat...
International audienceWe present a sweep-stick mechanism for heavy particles transported by a turbul...
This book contributes to the fundamental understanding of the physical mechanisms that take place in...
This book contributes to the fundamental understanding of the physical mechanisms that take place in...
We have simulated the gravity-induced settling of finite-size particles in a turbulent background fl...
Particle-resolved Direct Numerical Simulations have been performed on the gravitational settling of ...
International audienceThe settling of heavy spherical particles in a column of quiescent fluid is in...
We present a numerical study of settling and clustering of small inertial particles in homogeneous a...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications such a...
Sedimentation of particle suspensions is a relevant process to a variety of applications, such as th...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications. Under...
Dispersed multiphase flows occur in many biological, engineering and geophysical applications. Under...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceDispersed two phase flows are relevant to many fields, as they occur in both n...
International audienceVoronoï diagrams are used to analyze one-way coupling direct numerical simulat...
International audienceWe present a sweep-stick mechanism for heavy particles transported by a turbul...