Sentence examples for approach for rock from inspiring English sources

In this article, our objective is to illustrate the application of a data-driven approach for rock brittleness estimation that employs computational intelligence technologies (multilayer perception and radial basis function models) that use conventional well logs as inputs.

This chapter presents the basics of the mapping techniques most often applied in practice, the most basic mathematical theories of stochastic simulation using Monte Carlo techniques, and the basic concept of the integrated fracture system characterization at site scales, as this knowledge is fundamental for developing and applying the discrete element methods (DEM) approach for rock engineering.

A parametric study has been carried out using the Limit Equilibrium Analysis approach for weak rock slopes considering several parameters such as the uniaxial compressive strength, the geological strength index, slope inclination and height, and water depth.

The design approach for a rock-anchored beam (RAB) in an underground powerhouse is briefly introduced, and the dynamic response characteristics of an RAB under blasting vibration are presented.

One of the approaches for characterising rock masses with discontinuities due to the presence of engineered designs is to use rock mass classification.

Our main goals are: (1) to recognize and model band saturation in reflectance spectra; (2) to develop a basic approach for decomposition of rock spectra, where effects due to saturation are most prevalent; (3) to reduce the uncertainty related to quantitative estimation when band saturation is occurring.

A frequently applied approach for estimation of the rock mass strength is through an empirical failure criterion, often in conjunction with rock mass classification/characterisation systems.

Additionally, using simple rock mechanics principles, an approach for the quantification of the rock mass properties involved in the analyses is described, which tries to obtain the equivalence between the stratified rock mass and the sum of the distinct rock mass elements (stratification planes and internal rock mass).

We suggest that texture filters and the chosen methodological approach are relevant not only for rock glacier mapping but also for delineating debris-covered glaciers and characterizing glacier surfaces, as well as for other geomorphological and cryospheric applications.

We demonstrate the use of a spectral clustering algorithm as a novel approach for the identification of rock discontinuity sets based on discontinuity orientations.

Our results show that longer laboratory bleaching durations yield deeper OSL-depth profiles, validating the use of OSL-Surf approach for relative dating of rock surfaces with different exposure ages.