Sentence examples for normalized load from inspiring English sources
The average friction coefficients associated with the G2 WC surfaces in two directions merge at the normalized load of about 0.5; then they deviate again but in the opposite direction.
(b) Friction anisotropy of the same grooves (8 μm) with respect to normalized load, defined as applied load over the critical load of yielding or failure, corresponding to the applied loads of 5, 10, 30 and 100 mN.
A linear relationship is experimentally found between elastic moduli and normalized load ratios for a wide range of PVC-coated polyester (Type I to Type IV).
Thus, friction anisotropy with respect to topographic orientation is confirmed by these macroscopic friction tests, with higher friction in the parallel direction for b/R < (b/R c and a normalized load (0.16) lower than the critical load ratio for the friction transition to occur (0.5).
The LP could achieve as good mean absolute error (MAE), root mean square error (RMSE), prediction interval normalized average width (PINAW) and prediction interval coverage probability (PICP) as 2.4%, 4.5%, 13%, 82%, respectively evaluated on the normalized load data.
where the ( wbar {p}_{i} ) is the result of the multiplication of the weight value with the normalized load status value and the ( wbar {S}_{i}) is the result of the multiplication of the weight value with the normalized signal strength.
Based on the results from finite element analyses, a normalized load-sharing model was proposed that introduced the load capacity interaction factor β. Values of β were evaluated, and a design equation was proposed.
The normalized load-sharing model for inclined micropiled rafts was proposed with the modified load capacity interaction factor and design equations as a function of micropile configuration and inclination angle.
Another biofilm model was developed using normalized loading curves with dimensionless variables (Heath et al. 1990).
By using normalized loading curve as per Heath et al. (1990).
In addition, there is a chance of human error while investigating the output results from the normalized loading curves.
