Sentence examples for stiffness rate from inspiring English sources

Therefore, the key idea of the proposed approach is to use a Mori and Tanaka based micromechanical model in order to establish an equation of state relating local damage rate to macroscopic residual stiffness rate.

Based on the review, urgent needs should be made in efforts as follows: (i) compatibility between the stiffness rate of AAC slurry and the gas-generation rate; (ii) relationship between the connectivity of pores and thermal insulation; (iii) measures to better the durability.

First, the study by Tang et al. [ 3] used only 8 features (i.e., depth, strength, stiffness, rate, regularity, smoothness, width, and length), whereas we used the physical factors extracted from the wrist pulse waves.

For the prediction of hypertension based on TCM pulse diagnosis, Tang et al. [ 3] examined diagnostic models of hypertension using an artificial neural network based on 8 elements (i.e., depth, strength, stiffness, rate, regularity, smoothness, width, and length) in both the left and right wrists in the normal subject group and the hypertension group.

Four items of the FIQR symptoms presented an ICC below 0.70 ("pain rating", "energy rating", "stiffness rating", and "sleep quality"), whereas the test-retest ratings for FIQR symptoms, stiffness, and memory problems showed a significant time effect (p < 0.05).

To satisfy the new condition, the mounting system is redesigned in terms of the stiffness rates, mount locations, and orientation angles.

The results show that the stiffness change rate is nearly 30%, which is sufficient to create a stiffness sensation, for all indented depths considered in this study.

The knee point strength is derived from the stiffness change rate for the bearing stress strain behavior in a bearing test.

Main outcome measure: Antero-posterior laxity, stiffness and rate of change in stiffness of the dominant knee at 100 N of anterior drawer force measured with a KT-2000 knee arthrometer.

Fatigue results confirmed that the saturation of braider yarn cracks during cyclic loading corresponded to changes in the stiffness degradation rate as well as the surface temperature profile.

Moreover, under the low frequency cyclic loading, PRR-reinforcing and STS-reinforcing connections dissipated more energy (336% and 641% respectively) with a lower stiffness degeneration rate and a higher equivalent viscous damping ratio than those of non-reinforced connection.