… waves that are suggested as the basis for this turbulence are Coriolis-force-driven inertial
waves … the existence of inertial wave turbulence in deep steady rotating turbulence. Our …

… stationary rotating-turbulence experiment, aiming to extract a signature of inertial waves and
to … velocimetry measurements in the rotating frame. We quantify the degree of anisotropy of …

… the NS equations in the framework of weak turbulence. In this paper, we present such an
approach for inertial waves in incompressible rotating fluids. Weak turbulence provides a useful …

… rotation affects energy transfer among scales of turbulent motion. For these reasons, we study
rotating turbulence … Drawing a grid through a sample of fluid in an inertial frame produces …

… the strength of inertial waves and their impact on the turbulent dynamics of rotating flows
in numerical simulations in periodic boxes by two means: (1) We compute wave number and …

… when considering rotating systems that are driven by energy bursts. We present direct
measurements of inertial waves in a rotating system, during the transition to turbulence. We show …

… inertial waves in rotating turbulence. At small Rossby numbers the kinetic energy in the system
is contained in helical inertial waves … scales are slow compared to wave periods, and the …

… rotating turbulence, and complements presentations found in recent textbooks [5,15]. After
discussing the properties of inertial waves … several approaches of rotating turbulence, focusing …

… is rotating at a constant velocity perpendicular to the wall where fluid is injected, not only does
the turbulent front become mainly transported by inertial waves, … of these waves. Scale-by-…

… of the weak inertial-wave turbulence regime of rotating turbulence. We produce a statistically
steady homogeneous turbulent flow that consists of nonlinearly interacting inertial waves, …