Coherent sets are areas of the flow which are closed or nearly closed from the rest of the fluid (e.g. ocean garbage patches, Jupiter’s red spot). Our goal is to identify such set; this is useful for other areas of research as well (e.g. climatology, pollution). We wanted to be able to show the existence of coherent sets mathematically and we were able to do so in our simulated data. These methods are useful to those wishing to model real-world 2D flows.Mathematics, Department ofHonors Colleg
Brown \& Roshko identify the key role, as soon as 1974, of coherent structures in the mixing of a tu...
One way to analyze complicated non-autonomous flows is through trying to understand their transport ...
Using filter-space techniques, we study the scale-to-scale transport of energy in a quasi-two-dimens...
Quasi two-dimensional turbulent flows, like mesoscale oceanic and large-scale atmospheric flows, cre...
Vortices of coherent fluid volume are considered to have a substantial impact on transport processes...
Abstract The topic of this study lies in the intersection of two fields. One is related with anal...
A data-driven procedure for identifying the dominant transport barriers in a time-varying flow from ...
Finite time coherent sets [8] have recently been defined by a measure based objective function descr...
abstract: Coherent vortices are ubiquitous structures in natural flows that affect mixing and transp...
A generic flow system can be described as a system whose state depends on flowing streams of energy,...
We study the transport properties of nonautonomous chaotic dynamical systems over a finite-time dura...
We study the transport properties of nonautonomous chaotic dynamical systems over a finite-time dura...
Available online 31 January 2018The notion of a Lagrangian Coherent Structure (LCS) is by now well e...
Understanding the macroscopic behavior of dynamical systems is an important tool to unravel transpor...
Dynamical systems often exhibit the emergence of long-lived coherent sets, which are regions in sta...
Brown \& Roshko identify the key role, as soon as 1974, of coherent structures in the mixing of a tu...
One way to analyze complicated non-autonomous flows is through trying to understand their transport ...
Using filter-space techniques, we study the scale-to-scale transport of energy in a quasi-two-dimens...
Quasi two-dimensional turbulent flows, like mesoscale oceanic and large-scale atmospheric flows, cre...
Vortices of coherent fluid volume are considered to have a substantial impact on transport processes...
Abstract The topic of this study lies in the intersection of two fields. One is related with anal...
A data-driven procedure for identifying the dominant transport barriers in a time-varying flow from ...
Finite time coherent sets [8] have recently been defined by a measure based objective function descr...
abstract: Coherent vortices are ubiquitous structures in natural flows that affect mixing and transp...
A generic flow system can be described as a system whose state depends on flowing streams of energy,...
We study the transport properties of nonautonomous chaotic dynamical systems over a finite-time dura...
We study the transport properties of nonautonomous chaotic dynamical systems over a finite-time dura...
Available online 31 January 2018The notion of a Lagrangian Coherent Structure (LCS) is by now well e...
Understanding the macroscopic behavior of dynamical systems is an important tool to unravel transpor...
Dynamical systems often exhibit the emergence of long-lived coherent sets, which are regions in sta...
Brown \& Roshko identify the key role, as soon as 1974, of coherent structures in the mixing of a tu...
One way to analyze complicated non-autonomous flows is through trying to understand their transport ...
Using filter-space techniques, we study the scale-to-scale transport of energy in a quasi-two-dimens...