Sentence examples for method for underground from inspiring English sources

Horizontal Directional Drilling (HDD) is an environment-friendly and high efficient method for underground utilities and pipelines crossing.

In the present study, a micromechanics-based continuum model of a jointed rock mass is proposed and an analysis method for underground excavation is developed.

McDonald is pioneering a method for underground coal gasification that produces a synthetic oil which can be turned into a low-carbon jet fuel or used in petrochemicals.

Gravimetry is generally used as a prospecting method for underground structures at various scales (volcanoes, geothermal, gas and oil reservoirs, mineral resources, stratigraphy) and contributes to the static imagery in addition to other methods like magneto-tellurics (e.g., Volpi et al. 2003, Newman et al. 2008; Geiermann and Schill 2010) or seismics (Concha et al. 2010; Sanjuan et al. 2010).

The in-structure shock mitigation approach proposed in the present study provides a supplement to the existing shock mitigation methods for underground structures.

Considering that the existing deformation-based seismic design methods for underground structures are based on elastic hypotheses, this study proposes an improved Finite Element method called New Pseudo-Static Analysis (NewPSA) to predict the nonlinear behavior of underground frame structures subjected to increasing horizontal seismic excitations.

The study of soil characteristics is also used to decide the most suitable method for excavating underground tunnels.

Horizontal Directional Drilling (HDD) provides a method for installing underground utility pipelines in conditions where open-cut methods are unsuitable.

The aim of this research is to develop an original probabilistic method for an underground onshore gas transmission pipelines maintenance risk estimation.

Glendale officials also continue to work with stakeholders on methods for stripping underground water of the cancer-causing element.

This paper describes a method for evaluating characteristics of underground thermal properties and groundwater, whose evaluation is essential for designing systems of underground thermal energy utilization.