geostress

The confining pressure test is an important and essential test to geostress measurement with hollow inclusion triaxial strain gauge.

Geostress is the main factor of rock burst, its measurement is the important task of the geologic survey in the deep and long tunnel.

The regressive calculations of three dimensional FEM for the initial geostress in engineering area are achieved through ANSYS software.

The results of macro geostress field are very important for dynamic design and construction.

Many hydropower stations in Southwest China are located in regions with high geostress or brittle rock masses.

A new geostress measurement method, called local borehole-wall complete stress relief method(LBWCSRM), is proposed in this paper.

Meanwhile, it can be found that geostress is another important factor for the splits.

Under the effect of geostress, the coal-seam permeability decreases sharply and the fissure gradually tends closed.

According to the measured geostress data, there are many methods of calculating initial geostress field with different advantages.

They can all be regarded as the results from rapid unloading under the high geostress conditions.

Displacement boundary technique for simulation of initial geostress and its application

Method of generating pure shear stress by adding boundary displacement and its application in back analysis for geostress field

A Way of calculating High Geostress by Geometrical and Physical Characteristics of Rock Core Discs

Geostress Measurement and Application Analysis for Guandi Hydropower Plant's Underground Powerhouse

Regression Analysis of Initial Geostress for an Underground Power Plant Region

Application on Elastic and Elastoplastic Finite Elements in Dam Site Geostress Back Analysis of Xiluodu Hydropower Station

Study of the Initial Geostress in The XueFeng Mountain Tunnel of ShaoHuai Express Highway

Geostress Regression Analysis Method and Engineering Case Application

Discussion on application of hydraulic fracturing method to geostress measurement

Study on the Spatial Distribution Features of Geostress Field in A Deep-cutting Gorge

Study on Fitting Initial Geostress Field With Displacement Boundary Conditions

Feasibility of estimation of historical geostress in rock using acoustic emission

Three Dimensional Geostress Test in Underground Plant Area of Shuibu ya Project

Initial Geostress Regressive Calculation by Displacement Function Method Based on ANSYS

Analysis of geostress field variable features in some deep cutting gorge area

Technique of triaxial geostress survey in deep rockmass

In-situ Geostress Test by Rock Acoustic Emission Based on Wavelet Packet Analysis