Effects of moderate Reynolds numbers on subsonic round jets with highly disturbed nozzle-exit boundary layers

For these low Reynolds numbers, the amplification of the helical mode is responsible for the jet syrametry breakingat the primary"instability. T)w to the axisymmetry of the

Two of these are stationary, namely, the rectilinear motion and the large-amplitude oscillatory motion (also referred to as fluttering or zigzag motion), and their

11 y a dans oe dernier canton plus de livrets que d’habitants, beau­ coup de déposants étan t domiciliés dans la zone française voisine.. On peut prévoir que la

of middle cerebral artery occlusion infarct volumes (mean ± SD) were similar in wild-type mice (WT) or P-selectin knockout (KO) mice administered either gadolinium-DTPA (Gd) or

I. Figure 10 Weight change of the casting solution. evaporation time, and the evaporation becomes slow thereafter. These two distinct evaporation stage should corresponds

L/(rn 1 .s.75 Pa) ng/ (m' .s.. remains constant and the water vapour permeance of the exterior surface increases through Al, B2, 02, E2 and C2, the amount of moisture

Intermittent statistics of the 0-mode pressure fluctuations in the near field of Mach 0.9 circular jets at low and high Reynolds numbers... Intermittent statistics of the

The flow structures include Taylor vortices, helices winding in the same direc- tion as the base flow or in the opposite direction, helices that were stagnant or moving in the