Sentence examples for maximum fluid velocity from inspiring English sources

Rotation of the drill pipe shifts maximum fluid velocity location toward cornel space of the concentric annulus.

Debris suspended near the equator of the cup at the site of maximum fluid velocity just before the subluxation began could be transported to within 11° from the cup pole.

The peak velocity for each simulation is simply the maximum fluid velocity in the simulated cardiac cycle.

The flow rate in the experiment chamber was held roughly constant at 45 µL/min, maximum fluid velocity was 47 mm/s, and shear stress at the walls was 3.75 Pa.

Regarding the lymph fluid, the Reynolds number (Re) of fluid flow is defined as (8) R e = ρ U L μ, where U is the approximate maximum fluid velocity in the vicinity of the BM, L is the length of the BM, ρ is the density of water (1.0 × 10 kg/m), and μ is the viscosity of water (1.0 × 10−3 Pa·s).

Outcomes such as stiffening and delayed stress relaxation of the agarose gels, increased metabolic activity and gene expression of extracellular matrix proteins are related with maximum fluid velocities of 2-15 μm.s-1, maximum shear stresses of 0.02-0.18 Pa, maximum and minimum principal strains of 0.0125-0.055 and 0.0275-0.105 respectively.

Results show that when exchangers are designed for maximum utilisation of the allowable pressure drop or the maximum allowable fluid velocity, the series arrangement results in lower heat transfer area and lower investment.

Averaging over an ensemble of microjets with different values of angle Ψ results in a significantly broadened profile of the z-component of the fluid velocity with maxima close to those at Ψ = 45°.

The corresponding profiles of the peroxide concentration calculated according to eq 11 are represented in Figure 7 B. The average z-component of the fluid velocity reaches its maximum values at the front and rear points of the moving microjet, where the absolute value of the total fluid velocity is vjet due to the nonslip boundary condition.

The streamwise growth of the particle velocity half-width is approximately equal to that of the fluid velocity half-width and the maximum velocity of particles decays slower than that of fluid due to inertia.

This is clearly seen in Figure 7 A: the distance between the local maxima of the average z-component of the fluid velocity is the largest for Ψ = 0 and monotonously decreases with increasing Ψ.