Add to ORKGVisualization of the large-scale coherent structure in fully turbulent flows is notoriously difficult owing to the presence of fine-scale fluctuations and inability to inject markers at the appropriate phase speed. In this study, the proper orthogonal decomposition and wavelet analysis are used in combination to reveal instantaneous streamlines associated with the large-scale structure in the turbulent planar jet.
The authors examined three specific methods for using the wavelet transform to derive information on...
Direct numerical solutions of the incompressible Navier-Stokes equations, under the Boussinesq appro...
Abstract Using two-dimensional Mexican hat wavelets, digitized imagery from the ¯ow visualization pi...
The use of two-dimensional wavelet techniques enables us to discern, at appropriate wavelet scales, ...
The use of two-dimensional wavelet techniques enables us to discern, at appropriate wavelet scales, ...
We attempt to detect and describe structures from instantaneous pictures of diametral slices of an a...
A wavelet-based vector multiresolution technique was developed and applied to a high-resolution ster...
An approach to characterise jets by analysing the locations of large-scale instantaneous structures ...
Abstract. A review of work over the last decade shows that 2D wavelet techniques applied on flow ima...
Using two-dimensional Mexican hat wavelets, digitized imagery from the flow visualization pictures o...
Computer simulation is an essential part of the design and development of jet engines for the aeropr...
2004-2005 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe
A novel hybrid technique has been proposed in order to reveal in a greater detail the turbulent flow...
The main objective of the present study is to examine the characteristics of the vortical structures...
Direct numerical solutions of the incompressible Navierx2013;Stokes equations, under the Boussinesq ...
The authors examined three specific methods for using the wavelet transform to derive information on...
Direct numerical solutions of the incompressible Navier-Stokes equations, under the Boussinesq appro...
Abstract Using two-dimensional Mexican hat wavelets, digitized imagery from the ¯ow visualization pi...
The use of two-dimensional wavelet techniques enables us to discern, at appropriate wavelet scales, ...
The use of two-dimensional wavelet techniques enables us to discern, at appropriate wavelet scales, ...
We attempt to detect and describe structures from instantaneous pictures of diametral slices of an a...
A wavelet-based vector multiresolution technique was developed and applied to a high-resolution ster...
An approach to characterise jets by analysing the locations of large-scale instantaneous structures ...
Abstract. A review of work over the last decade shows that 2D wavelet techniques applied on flow ima...
Using two-dimensional Mexican hat wavelets, digitized imagery from the flow visualization pictures o...
Computer simulation is an essential part of the design and development of jet engines for the aeropr...
2004-2005 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe
A novel hybrid technique has been proposed in order to reveal in a greater detail the turbulent flow...
The main objective of the present study is to examine the characteristics of the vortical structures...
Direct numerical solutions of the incompressible Navierx2013;Stokes equations, under the Boussinesq ...
The authors examined three specific methods for using the wavelet transform to derive information on...
Direct numerical solutions of the incompressible Navier-Stokes equations, under the Boussinesq appro...
Abstract Using two-dimensional Mexican hat wavelets, digitized imagery from the ¯ow visualization pi...