Add to ORKGWe present a method for reducing chaotic transport in a model of chaotic advection due to time-periodic forcing of an oscillating vortex chain. We show that by a suitable modification of this forcing, the modified model combines two effects: enhancement of mixing within the rolls and suppression of chaotic transport along the channel
We study a simple, nonautonomous, three-dimensional, incompressible flow corresponding to sequential...
In this paper we investigate the transition to chaos in the motion of particles advected by open flo...
The passive advection of tracer panicles is considered in open two-dimensional incompressible flows ...
We present a method for reducing chaotic transport in a model of chaotic advection due to time-perio...
International audienceThe advection of passive tracers in an oscillating vortex chain is investigate...
A method of chaos reduction for Hamiltonian systems is applied to control chaotic advection. By addi...
International audienceTransport and mixing properties of passive particles advected by an array of v...
We have studied the mixing of viscous fluids in 2-D closed and open flows, where stirring rods creat...
Beginning with motivating examples of chaotic fluid advection applied to control mixing and scalar t...
Topological chaos relies on the periodic motion of obstacles in a two-dimensional flow in order to f...
Chaotic advection due to the presence and external actuation of rigid particles in a two-dimensional...
Mixing is studied in open-flow channels with conformally mapped wavy-wall profiles, using a point-v...
Enhancement of heat and/or mass transfer via turbulence is often not feasible for highly viscous, no...
This work focuses on the role of chaotic advection in promoting mixing, transition, and aggregation....
We report numerically generated flow visualisation simulations for the flow of an incompressible New...
We study a simple, nonautonomous, three-dimensional, incompressible flow corresponding to sequential...
In this paper we investigate the transition to chaos in the motion of particles advected by open flo...
The passive advection of tracer panicles is considered in open two-dimensional incompressible flows ...
We present a method for reducing chaotic transport in a model of chaotic advection due to time-perio...
International audienceThe advection of passive tracers in an oscillating vortex chain is investigate...
A method of chaos reduction for Hamiltonian systems is applied to control chaotic advection. By addi...
International audienceTransport and mixing properties of passive particles advected by an array of v...
We have studied the mixing of viscous fluids in 2-D closed and open flows, where stirring rods creat...
Beginning with motivating examples of chaotic fluid advection applied to control mixing and scalar t...
Topological chaos relies on the periodic motion of obstacles in a two-dimensional flow in order to f...
Chaotic advection due to the presence and external actuation of rigid particles in a two-dimensional...
Mixing is studied in open-flow channels with conformally mapped wavy-wall profiles, using a point-v...
Enhancement of heat and/or mass transfer via turbulence is often not feasible for highly viscous, no...
This work focuses on the role of chaotic advection in promoting mixing, transition, and aggregation....
We report numerically generated flow visualisation simulations for the flow of an incompressible New...
We study a simple, nonautonomous, three-dimensional, incompressible flow corresponding to sequential...
In this paper we investigate the transition to chaos in the motion of particles advected by open flo...
The passive advection of tracer panicles is considered in open two-dimensional incompressible flows ...