This report discusses the challenges associated with geotechnical design through a review
of research on the reliability analysis of geotechnical structures. This report is organized into …

Reliability analysis plays a critical role in the design optimization, operation, and
maintenance of tunnel structures. While classical mechanism models have been …

Shield attitude prediction is essential in shield tunnelling to prevent excessive attitude
deviations and is highly correlated with shield operational parameters. Furthermore …

Accurately predicting slope reliability under a rainfall/rainstorm event is an important
prerequisite for preventing rainfall-induced landslide hazards. However, the predicted …

Although the simplified procedure of Seed and Idriss (1971) is commonly used, uncertainties
are involved in the collected case histories from field observations, as well as the model …

Numerous analytical models have been developed to predict ground deformations induced
by tunneling, which is a critical issue in tunnel engineering. However, the accuracy of these …

This paper presents a surrogate-based Bayesian approach for updating the ground
parameters within an application of the observational method in sequential excavation …

Measurement and model uncertainties in soil parameters account for the difference between
slope behaviour in the field and expected behaviour. The probabilistic back analysis is an …

Abstract The Hoek–Brown criterion is widely utilized in rock mass engineering. However,
determining the geological strength index (GSI) and disturbance factor (D), essential …

The cost of a landslide early warning system (LEWS) is a significant hurdle in its installation
and adoption in developing nations like India, which has one of the highest rates of …