… phases, we call this type of chaotic behavior laminar chaos. Note that this behavior is also
… type of chaotic behavior, which we call laminar chaos. It is characterized by laminar phases …

… laminar chaos, the first observation of laminar chaos in an experiment. Our results demonstrate
that laminar chaos … Further, we study the robustness of laminar chaos to noise, both in …

… It is characterized by nearly constant laminar phases, which are periodically … the laminar
phases vary chaotically from phase to phase. In this paper, we demonstrate that laminar chaos …

… We provide a time series analysis toolbox for the detection of robust features of laminar chaos…
, where laminar chaos can be detected, even if it is hard to distinguish from turbulent chaos …

… and universal Lagrangian approach toward laminar transport are evident from the above.
Moreover, efficient laminar transport being synonymous to chaotic advection is in itself …

… appearance of chaotic particle trajectories in steady, laminar, … Insight into the chaotic dynamics
are provided by a simple one-… to the coupling between chaos in the transverse direction …

… Here, we review developments in the use of chaotic laminar … Our coverage demonstrates
the potential for chaos to improve … transport for processes occurring in chaotic flows. Finally, we …

… The objective of this work is an experimental study of laminar mixing in several kinds of two-…
is an example of a laminar flow which might lead to chaotic mixing. The governing parameter …

… chaos, the laminar chaos is unique in the sense that it has chaotically varying laminar … In
this paper, for the first time, we explore the synchronization behavior of laminar chaos. We show …

In the present study the immersed boundary method is used for numerical simulation of
Stokes-flow mixing driven by stirrers moving in a such way that trajectories of the stirrers form a “…