Sentence examples for mean drag coefficient from inspiring English sources

The mean drag coefficient values were 1.72 and 2.51 for triangular and rectangular configurations respectively.

Based on our results we propose a formulation for the optimum riblet size in airfoil considering the mean drag coefficient and chord length Reynolds number.

The relative differences between the measurement and predicted results are 3.4% (mean drag coefficient), 11% (fluctuating drag coefficient), 25.6% (fluctuating side force coefficient) and 4.7% (Strouhal number).

The mean drag coefficient and the fluctuating lift coefficient of the twisted cylinder are 27.99% and 94.01% lower, respectively, than that of the circular cylinder.

The force measurement results showed that grooved surface significantly reduces the mean drag coefficient, say about 20% with reference to that of the smooth cylinder at the same Reynolds number.

The aerodynamic characteristics regarding the mean drag coefficient were also extensively studied in wind tunnel experiments, including effects of wind velocity, wind incident angle, surface roughness and turbulence intensity.

Higher installation angles are associated with higher mean drag coefficients but generally lower fluctuations of the force coefficients.

A comparison of the two mean drag coefficients for each tumbleweed model reveals the extent to which an ABL affects drag on the models.

Drag coefficients obtained with the second approach do not show a clear dependence on wind intensity, and the mean drag coefficients of the two sites become more similar (0.09±0.06 and 0.12±0.12).

The results of the experiments on the tandem wheels show that higher values of inter-axis distance correspond to slightly higher total mean drag coefficients and remarkably lower drag coefficient RMS values.

Figure 3 Average drag coefficient for the oscillatory hydrofoil.