Sentence examples for geotechnical context from inspiring English sources

This paper presents a simplified approach to the study of a pipe in a geotechnical context of landslide motion.

In the geotechnical context, transient movements of large granular slopes are a substantial factor of risk due to their destructive force and the transformations they may produce in the landscape.

In this paper the problem of dealing with scarce information in a reliability analysis is investigated in a geotechnical engineering context.

In addition, the geotechnical setting and its impacts in the form of earthquakes as well as volcanic activities in the Sahand Mountains affect many human activities.

In this paper, these issues are discussed and illustrated in the context of geotechnical risk management.

The methods presented are general, new in the context of geotechnical and geomechanical engineering, and can assist in the modelling of spatial variability and quantification of uncertainty linked to geotechnical rock properties and pertinent lithological boundaries.

The three FORM procedures are then compared in the context of geotechnical examples of a confined soil element, a rock slope, and an embankment on soft ground with spatially autocorrelated undrained shear strength in the soft clay foundation, the performance function of which is based on a reformulated Spencer method with search for reliability-based critical noncircular slip surface.

Within the context of preventative geotechnical asset maintenance, ERT imaging can provide a monitoring framework to manage moisture movement and identify failure trigger conditions within embankments, thus supporting on demand inspection scheduling and low cost early interventions.

In order to model such flow situations in the context of geomechanics and geotechnical engineering, a theoretical framework is presented which introduces a possible two-phase coupled saturated granular material behavior among the different materials.

As a result, much attention has been dedicated to the use of microorganisms to improve the geotechnical properties and stability of soils in the context of "bioengineering".

Numerical results are appraised in the context of the acceptable limits for angular distortion, recommended in the literature and set down in geotechnical building codes, since there is currently no guidance in the literature on appropriate pile cap rigidities for remaining safely within these limits.