Sentence examples for reliability of soil from inspiring English sources

Therefore, it is important to choose an appropriate CTI in simulated rainfall experiments to improve the reliability of soil erosion analyses.

Previous work, however, has not considered potential spatial variation in h0 linked to natural variability in soil physical properties, which could have major implications for the reliability of soil erosion estimates.

Results show that the proposed approach provides reliability estimates that improve previously published results, emphasizing the importance of finding good RSSs and, especially, good (probabilistic) critical slip surfaces that might be circular or non-circular to obtainon-circular toobtain the reliability of soil slope systems.

The coefficients of variation (COVs) of shear strength parameters and the discrepancy among the means of shear strengths for different soils play different and major role between the two types of uncertainty in the reliability analysis of soil slope.

In a reliability analysis of soil liquefaction potential, it is necessary to define a limit state which separates liquefaction from non-liquefaction areas.

However, these results, and the reliability of the predicted soil C value after 100 years, are dependent on the values used for the parameterisation of the Century model and should perhaps be treated with a degree of caution.

Based on the proposed algorithm and through direct perturbation analysis of random variables, we conducted a case study of earth slope reliability with complete consideration of soil uncertainty and spatial variability.

To ensure the reliability of sustaining drought stress, soil water content from 20 cm was measured every ten days after sowing (DAS).

Subsequently, an inverse-FORM (IFORM) analysis is performed to determine the alteration of the safety factor for the same level of reliability, when the soil variables are incorporated.

Geological uncertainty is often ignored in slope reliability analysis, even though the inherent variability of soil parameters is considered.

The numerical analyses allow us to investigate the impact of various parameters on the reliability of underground pipelines, such as the soil aggressiveness, the pipe design variables, the soil correlation length and the pipeline length.