\u3cp\u3eThe numerical and experimental studies of the role of bottom friction and fluid layer depth on decaying quasi-two-dimensional turbulence enable several interesting observations. The numerical simulations showed that the evolution of vortex statistics of decaying 2D turbulence with bottom friction can be described by bottom-friction independent power laws. In the latter regime, the computed data showed a strong bottom-friction dependence and are strongly dominated by lateral diffusion.\u3c/p\u3
In this review we will discuss recent experimental and numerical results of quasi-two-dimensional de...
A numerical study of freely decaying two-dimensional turbulence is presented to show how the time ev...
A canonical laboratory setup to study two-dimensional (2D) turbulence is the electromagnetically dri...
The numerical and experimental studies of the role of bottom friction and fluid layer depth on decay...
The role of bottom friction and the fluid layer depth in numerical simulations and experiments of fr...
Flows in thin fluid layers, like in the Earth’s atmosphere or oceans, tend to behave as quasi-two-di...
This paper addresses the effects of domain boundaries on the behaviour of quasi-two-dimensional flow...
Recently, several laboratory experiments on vortex dynamics and quasi-two-dimensional turbulence hav...
We study the direct enstrophy cascade in a two-dimensional flow generated in an electromagnetically ...
We study the direct enstrophy cascade in a two-dimensional flow generated in an electromagnetically ...
Many experiments have been performed in electromagnetically driven shallow fluid layers to study qua...
The dimensionality of turbulence in fluid layers determines their properties. We study electromagnet...
In this review we will discuss recent experimental and numerical results of quasi-two-dimensional de...
A numerical study of freely decaying two-dimensional turbulence is presented to show how the time ev...
A canonical laboratory setup to study two-dimensional (2D) turbulence is the electromagnetically dri...
The numerical and experimental studies of the role of bottom friction and fluid layer depth on decay...
The role of bottom friction and the fluid layer depth in numerical simulations and experiments of fr...
Flows in thin fluid layers, like in the Earth’s atmosphere or oceans, tend to behave as quasi-two-di...
This paper addresses the effects of domain boundaries on the behaviour of quasi-two-dimensional flow...
Recently, several laboratory experiments on vortex dynamics and quasi-two-dimensional turbulence hav...
We study the direct enstrophy cascade in a two-dimensional flow generated in an electromagnetically ...
We study the direct enstrophy cascade in a two-dimensional flow generated in an electromagnetically ...
Many experiments have been performed in electromagnetically driven shallow fluid layers to study qua...
The dimensionality of turbulence in fluid layers determines their properties. We study electromagnet...
In this review we will discuss recent experimental and numerical results of quasi-two-dimensional de...
A numerical study of freely decaying two-dimensional turbulence is presented to show how the time ev...
A canonical laboratory setup to study two-dimensional (2D) turbulence is the electromagnetically dri...