In this work, we investigate the relationship between two test protocols; the Single Stage Triaxial (SST) is where a constant confining stress is applied and the axial stress is raised until the sample fails. This is compared to the Multistage Triaxial (MST) test, where the sample is loaded to the point of positive dilatency (PPD) then unloaded to low deviatoric stress, the confining stress raised and the procedure repeated. We have performed these measurements for several different types of rocks (Shale, Sandstone, and Chalk) and compared the results in terms of Young’s modulus, Poisson’s ratio, stiffness, friction angle, and cohesion. We provide a detailed discussion of the techniques and measurements required to correct the MST results t...
Laboratory rock mechanical tests allow estimation of rock strength and deformation behaviour under s...
The purpose of this research is to develop a technique to quantify damage and support the assertion ...
One of the main criticisms of the triaxial test is the nonunifornrity of stress and deformation at a...
To evaluate mechanical properties of rocks by triaxial compression (TC) testing, several identical s...
Conference theme: New Horizons in Rock Mechanics - Developments and Applications"Multiple-step Loadi...
Triaxial testing of argillaceous rocks and shales is significantly more challenging than conventiona...
Rock strength parameters are vital to creating robust geomechanical models for wellbore stability, s...
In this study deformational and failure properties of sandstones and shales have been evaluated thro...
This technical report was prepared following a request from SCT Operations Pty Ltd for a geomechanic...
A new field test method was proposed for the purpose of directly measuring average stress-strain rel...
To measure the shear strength and deformability of a sedimentary soft rock, a small down-hole in-sit...
The procedure for conventional triaxial compression (CTC) test requires three separate soil specimen...
Laboratory and in situ testing programmes to determine the deformation behaviour of three rock types...
The stress-strain relationship of a homogeneous specimen, obtained from triaxial compression test, a...
Mining at greater depths can lead to stress-induced failure, especially in areas of high horizontal ...
Laboratory rock mechanical tests allow estimation of rock strength and deformation behaviour under s...
The purpose of this research is to develop a technique to quantify damage and support the assertion ...
One of the main criticisms of the triaxial test is the nonunifornrity of stress and deformation at a...
To evaluate mechanical properties of rocks by triaxial compression (TC) testing, several identical s...
Conference theme: New Horizons in Rock Mechanics - Developments and Applications"Multiple-step Loadi...
Triaxial testing of argillaceous rocks and shales is significantly more challenging than conventiona...
Rock strength parameters are vital to creating robust geomechanical models for wellbore stability, s...
In this study deformational and failure properties of sandstones and shales have been evaluated thro...
This technical report was prepared following a request from SCT Operations Pty Ltd for a geomechanic...
A new field test method was proposed for the purpose of directly measuring average stress-strain rel...
To measure the shear strength and deformability of a sedimentary soft rock, a small down-hole in-sit...
The procedure for conventional triaxial compression (CTC) test requires three separate soil specimen...
Laboratory and in situ testing programmes to determine the deformation behaviour of three rock types...
The stress-strain relationship of a homogeneous specimen, obtained from triaxial compression test, a...
Mining at greater depths can lead to stress-induced failure, especially in areas of high horizontal ...
Laboratory rock mechanical tests allow estimation of rock strength and deformation behaviour under s...
The purpose of this research is to develop a technique to quantify damage and support the assertion ...
One of the main criticisms of the triaxial test is the nonunifornrity of stress and deformation at a...