Add to ORKGA brief survey of four basic vortex identification methods, namely the Q- criterion, the l2 method, the G2 method and the Complex eigenvalue method, is given in this contribution. All the methods are investigated on an artificial flow- field as well as an unsteady signal, obtained by the TR PIV system. The results of all the methods are evaluated and compared
This article focuses on vortex structure identification methods and their implementation into smooth...
Vortex identifications in turbulent flows past arrays of tandem plates are performed by employing th...
Results from an experimental study of vortices in a rotating shear layer are presented. The data a...
The dynamics of vortical structures in turbulent flow are of key interest both in fundamental resear...
The aim of the article is to propose a simple engineering method for identifying and characterizing ...
Initially, this paper presents an overview of the existing methods used for the identification of vo...
Fluid-structure interaction is often associated with 3D large-scale vortical structures in the wake ...
A new algorithm for identifying and characterizing vortices in complex flows is presented. The schem...
Context. As a universally accepted definition of a vortex has not yet been established, the communit...
Abstract. This paper presents two vortex detection methods which are based on the geometric properti...
"Various identification and visualization methods of vortical structure, especially of slender vorti...
The aim of the article is to propose a robust and reliable engineering method for identifying and ch...
iAbstract Vortex identification techniques are used to analyze the flow structure in a 4 x 3 array o...
Efficient and well adapted algorithms are necessary to analyse the large number of vector fields gen...
International audienceStudying the concept of the vortex is an essential tool in the comprehension o...
This article focuses on vortex structure identification methods and their implementation into smooth...
Vortex identifications in turbulent flows past arrays of tandem plates are performed by employing th...
Results from an experimental study of vortices in a rotating shear layer are presented. The data a...
The dynamics of vortical structures in turbulent flow are of key interest both in fundamental resear...
The aim of the article is to propose a simple engineering method for identifying and characterizing ...
Initially, this paper presents an overview of the existing methods used for the identification of vo...
Fluid-structure interaction is often associated with 3D large-scale vortical structures in the wake ...
A new algorithm for identifying and characterizing vortices in complex flows is presented. The schem...
Context. As a universally accepted definition of a vortex has not yet been established, the communit...
Abstract. This paper presents two vortex detection methods which are based on the geometric properti...
"Various identification and visualization methods of vortical structure, especially of slender vorti...
The aim of the article is to propose a robust and reliable engineering method for identifying and ch...
iAbstract Vortex identification techniques are used to analyze the flow structure in a 4 x 3 array o...
Efficient and well adapted algorithms are necessary to analyse the large number of vector fields gen...
International audienceStudying the concept of the vortex is an essential tool in the comprehension o...
This article focuses on vortex structure identification methods and their implementation into smooth...
Vortex identifications in turbulent flows past arrays of tandem plates are performed by employing th...
Results from an experimental study of vortices in a rotating shear layer are presented. The data a...