Add to ORKGA new method is proposed to extract the axes of tubular vortices in complex fluid flows. Loci of sectional local minimum of the pressure associated with the advection acceleration are traced numerically. It is applied to a homoge-neous isotropic turbulence to demonstrate that swirling motions actually exist around these axes. The present method is shown to be superior to several typical ones commonly used in identifying tubular vortices
Initially, this paper presents an overview of the existing methods used for the identification of vo...
Swirling flows are found in many technical applications, e.g. turbines, pumps, fans, compressors and...
Topological methods are used to establish global and to extract local structure properties of vector...
In many cases the structure of a fluid flow is well-characterized by its vortices, especially for th...
"Various identification and visualization methods of vortical structure, especially of slender vorti...
A method of identification of swirling flow (vortex) with definition of swirl function is presented....
Context. As a universally accepted definition of a vortex has not yet been established, the communit...
The vortical structure of isotropic turbulence is analyzed by the use of the low-pressure-vortex vis...
A class of exact solutions of the Navier-Stokes equations is introduced to model the fine-scale, tub...
The characterization of organized structures is discussed with emphasis on changes of the flows topo...
Abstract: According to the coherent structure concept turbulent flow is not merely a random process ...
Vector fields, especially flow, and their analysis are of paramount importance to a wide variety of ...
The investigation of turbulent swirling flow has a great theoretical and practical importance becaus...
The dynamics of vortical structures in turbulent flow are of key interest both in fundamental resear...
A new algorithm for identifying and characterizing vortices in complex flows is presented. The schem...
Initially, this paper presents an overview of the existing methods used for the identification of vo...
Swirling flows are found in many technical applications, e.g. turbines, pumps, fans, compressors and...
Topological methods are used to establish global and to extract local structure properties of vector...
In many cases the structure of a fluid flow is well-characterized by its vortices, especially for th...
"Various identification and visualization methods of vortical structure, especially of slender vorti...
A method of identification of swirling flow (vortex) with definition of swirl function is presented....
Context. As a universally accepted definition of a vortex has not yet been established, the communit...
The vortical structure of isotropic turbulence is analyzed by the use of the low-pressure-vortex vis...
A class of exact solutions of the Navier-Stokes equations is introduced to model the fine-scale, tub...
The characterization of organized structures is discussed with emphasis on changes of the flows topo...
Abstract: According to the coherent structure concept turbulent flow is not merely a random process ...
Vector fields, especially flow, and their analysis are of paramount importance to a wide variety of ...
The investigation of turbulent swirling flow has a great theoretical and practical importance becaus...
The dynamics of vortical structures in turbulent flow are of key interest both in fundamental resear...
A new algorithm for identifying and characterizing vortices in complex flows is presented. The schem...
Initially, this paper presents an overview of the existing methods used for the identification of vo...
Swirling flows are found in many technical applications, e.g. turbines, pumps, fans, compressors and...
Topological methods are used to establish global and to extract local structure properties of vector...