The phrase "intense turbulence" is correct and can be used in written English.
It is often used to describe the severe shaking or movement of an aircraft caused by unstable air currents. Example: The flight encountered intense turbulence as it flew through a thunderstorm, causing passengers to hold on tightly to their seats.
We apply the same hydrogen mixtures at the equivalence ratio ϕ = 5.1 (Le ≈ 2.3) and ϕ = 0.18 (Le ≈ 0.3) as Wu et al. in our large fan-stirred cruciform bomb capable of generating near-isotropic turbulence to measure values of MIE as a function of dgap at both quiescence and intense turbulence (the rms turbulent fluctuating velocity u′ = 5.4 m/s) conditions.
Specifically, the result show that, for relatively intense turbulence conditions, the spatially-averaged turbulent burning velocity is proportional to the root-mean-square of the streamwise velocity.
The fractal grids provide efficiently much more intense turbulence compared to classical grids resulting in an increased turbulent flame speed.
The experiments were performed for three turbulence intensities of about 0.02, 0.06, and 0.17, corresponding to weak, moderate, and intense turbulence conditions, respectively.
This Von Kármán cell is used to produce and optically measure intense turbulence.
Here, the asymmetrical bathymetry of the channel promotes a more intense turbulence field at the surface during the ebb tide.
With these techniques, wall-turbulence features were investigated, namely the non-validity of the logarithmic law, very high turbulent kinetic energy and very intense turbulent dissipation.
Experiments are carried out in a cruciform burner, in which a sizable downward-propagating premixed CH4/diluent/air flame interacts with intense isotropic turbulence in the central region without influences of ignition and unwanted turbulence from walls.
Mr. Mansouri finally closed his studio during a period of intense political turbulence that not all of his sitters were likely to have survived.
A burner for the investigation of lean stratified premixed flames propagating in intense isotropic turbulence has been developed.
Intense strain, turbulence, heat transfer, and mixing with combustion products can affect premixed flames in practical combustion devices.
