"A mechanism of enstrophy generation is investigated numerically in a shock-dominated turbulence driven by a random external force which has only the compressible component . Enstrophy is generated, especially on collision of shock, as a pair of vortex tube of opposite sense of rotation behind curved shocks. The roles of various terms in enstrophy equation are clarified in enstrophy generation process. Generation of enstrophy is enhanced by strong alignment of each term of the enstrophy equation with the vorticity vector.
Turbulence generated by large-scale motions during structure formation affects the evolution of the ...
Enstrophy, half the integral of the square of vorticity, plays a role in 2D turbulence theory analog...
International audienceThe essence of turbulent flow is the conveyance of kinetic energy through the ...
In two-dimensional turbulence, irreversible forward transfer of enstrophy requires anticorrelation o...
The amplification of enstrophy is explored using cinematographic stereoscopic particle image velocim...
In the present research, a new theory of instability based on enstrophy is presented for incompressi...
The mechanisms of vorticity amplification in the formation of turbulence are investigated by means o...
Insight into the problem of two-dimensional turbulence can be obtained by an analogy with a heat con...
An essential ingredient of turbulent flows is the vortex stretching mechanism, whichemanates from th...
Direct Numerical Simulations of the idealized interaction of a normal shock wave with several turbul...
Enstrophy is an averaged measure of fluid vorticity. This quantity is particularly important in {\em...
In many free shear flows, such as mixing layers, wakes and jets exhibit a sharp turbulent/non-turbul...
Freely decaying two-dimensional Navier-Stokes turbulence is studied. The conservation of vorticity b...
Abstract. Enstrophy, half the integral of the square of vorticity, plays a role in 2D turbulence the...
As a minimal mathematical model generating cascade analogous to that of the Navier-Stokes turbulence...
Turbulence generated by large-scale motions during structure formation affects the evolution of the ...
Enstrophy, half the integral of the square of vorticity, plays a role in 2D turbulence theory analog...
International audienceThe essence of turbulent flow is the conveyance of kinetic energy through the ...
In two-dimensional turbulence, irreversible forward transfer of enstrophy requires anticorrelation o...
The amplification of enstrophy is explored using cinematographic stereoscopic particle image velocim...
In the present research, a new theory of instability based on enstrophy is presented for incompressi...
The mechanisms of vorticity amplification in the formation of turbulence are investigated by means o...
Insight into the problem of two-dimensional turbulence can be obtained by an analogy with a heat con...
An essential ingredient of turbulent flows is the vortex stretching mechanism, whichemanates from th...
Direct Numerical Simulations of the idealized interaction of a normal shock wave with several turbul...
Enstrophy is an averaged measure of fluid vorticity. This quantity is particularly important in {\em...
In many free shear flows, such as mixing layers, wakes and jets exhibit a sharp turbulent/non-turbul...
Freely decaying two-dimensional Navier-Stokes turbulence is studied. The conservation of vorticity b...
Abstract. Enstrophy, half the integral of the square of vorticity, plays a role in 2D turbulence the...
As a minimal mathematical model generating cascade analogous to that of the Navier-Stokes turbulence...
Turbulence generated by large-scale motions during structure formation affects the evolution of the ...
Enstrophy, half the integral of the square of vorticity, plays a role in 2D turbulence theory analog...
International audienceThe essence of turbulent flow is the conveyance of kinetic energy through the ...