none7siThe present work aims at investigating the very large-scale structures of turbulent pipe flow in CICLoPE at high Reynolds numbers. According to recent studies, some open questions remain to be answered to identify accurate sizes of these turbulent structures in pipe flow. The CICLoPE facility has been therefore utilized, providing an opportunity to approach high Reynolds number flows with high enough resolution in terms of the viscous length scale, allowing us to investigate the behavior of such turbulent structures. Meandering structures, usually referred as VLSM (very large-scale motions), have been identified with claimed extension up to 20R, where R is the pipe radius.noneÖngüner, Emir*; Zanoun, El-Sayed; Fiorini, Tommaso; Bellan...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
High Reynolds number turbulence is ubiquitous in a number of flow of practical interest and crucial ...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
We present results from direct numerical simulations (DNS) of turbulent pipe flow at shear Reynolds ...
A large amount of the energy needed to push fluids through pipes worldwide is dissipated by viscous ...
none2High Reynolds number turbulence is ubiquitous in many flows of practical interest and its under...
In recent years there has been a considerable research effort dedicated to turbulent pipe flow. Topi...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
High Reynolds number turbulence is ubiquitous in many flows of practical interest and its understand...
In recent years there has been a considerable research effort dedicated to turbulent pipe flow. Topi...
High Reynolds number turbulence is ubiquitous in a number of flow of practical interest and crucial ...
High Reynolds number turbulence is ubiquitous in many flows of practical interest and its understand...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
Very long coherent regions of energetic streamwise velocity fluctuations, so-called very-large-scale...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
High Reynolds number turbulence is ubiquitous in a number of flow of practical interest and crucial ...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
We present results from direct numerical simulations (DNS) of turbulent pipe flow at shear Reynolds ...
A large amount of the energy needed to push fluids through pipes worldwide is dissipated by viscous ...
none2High Reynolds number turbulence is ubiquitous in many flows of practical interest and its under...
In recent years there has been a considerable research effort dedicated to turbulent pipe flow. Topi...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
High Reynolds number turbulence is ubiquitous in many flows of practical interest and its understand...
In recent years there has been a considerable research effort dedicated to turbulent pipe flow. Topi...
High Reynolds number turbulence is ubiquitous in a number of flow of practical interest and crucial ...
High Reynolds number turbulence is ubiquitous in many flows of practical interest and its understand...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
Very long coherent regions of energetic streamwise velocity fluctuations, so-called very-large-scale...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...
High Reynolds number turbulence is ubiquitous in a number of flow of practical interest and crucial ...
Very-large-scale structures in pipe flows are characterized using an extended Proper Orthogonal Deco...