"information turbulence" is a correct and usable phrase in written English.
It is often used to describe a chaotic or rapidly changing situation in which there is a lot information and/or news changing quickly. For example, "The recent scandal has caused information turbulence throughout the country."
Detailed quantitative information of turbulence parameters in the vicinity of the obstacle was attained.
Parameter estimation for an earlier model of micromixing and mesomixing has been updated to include further information on turbulence in the initial developing region of the jet.
High-resolution velocity and temperature sensors, capable of yielding information on turbulence, in addition to standard PTU (i.e., pressure, temperature and relative humidity) measurements, can be deployed on the UAVs.
The energetic contribution to the turbulent kinetic energy of such flow instabilities is significant so that they should be taken into account when evaluating micro-mixing information from turbulence quantities.
The Spalart-Allmaras formulation of the IDDES model is used to compute the continuous phase and the dispersed phase is computed using Lagrangian particle tracking, both concurrently with the flow-field, and also as a post-processing approach using time averaged statistical information of turbulence in a stochastic dispersion model.
The ability to follow individual fluid particles dispersing in a turbulent flow and to collect turbulence information along their trajectories is of key importance in many problems of practical and theoretical significance.
Atmospheric turbulence information such as turbulence intensity, gust factor, turbulence integral length scale and power spectral densities of the three-dimensional fluctuating wind velocity are presented and used to evaluate the adequacy of the existing theoretical and empirical models.
The results also demonstrate the validity of using computational fluid dynamics based turbulence information for fan broadband noise calculations.
Due to the instability of the flow, it should at least be measured for 4 min to obtain accurate averaged velocity and turbulence information.
These localized information, including flow, turbulence, and heat transfer characteristics, can assist in the design and the improvement of rod bundles for nuclear power plants.
